22.0 Design, Manufacturing, and Installation of Chemical Machinery and Equipment (including the manufacturing and installation of pressure vessels) – Bill of Materials

Thread Content

22.0 Design, manufacturing and installation of chemical machinery and equipment (including manufacturing and installation of pressure vessels) Information list ├─22.0 Design, manufacturing and installation of chemical machinery and equipment (including manufacturing and installation of pressure vessels) General information │ │ 06Ni9 What is steel plate.doc │ │ More than 100 schematic diagrams of chemical equipment, 72 pages.docx │ │ 16MnDR(HIC) Steel plate supply technical conditions.doc │ │ 16MnR(R-HIC) Steel pressure vessel manufacturing and acceptance engineering technical conditions.doc │ │ 120 questions and answers about pressure vessels in Document No. 194.doc │ │ 1. Construction process control standard diagram_Volume 1 General.doc │ │ 2006 National Boiler and Pressure Vessel Inspector.doc │ │ 2012 China’s Top 100 Chemical Equipment and Top 10 Chemical Unit Equipment Press Conference 24 pages │ │ 2. Illustration of construction process control standards_Volume 2_Electrical Instruments A.doc │ │ Design of 300KT Y synthetic ammonia methanol washing low-temperature equipment │ │ 3. Construction process control standard diagram__ Volume 3_Mechanical A.doc │ │ Analysis and discussion of the application of 9Ni steel in LNG storage tanks.doc │ │ A2 pressure vessel manufacturing quality system internal audit management system.doc │ │ Application of ANSYS Workbench in chemical machinery and process equipment Zhong Weiliang Page 87 │ │ ASME Made in China-PVelite_2006_Pressure vessel design and analysis 311 │ │ ASME Quality Control Manual.doc │ │ Ha stelloy C-276 Application of materials in plate heat exchangers.doc │ │ HM-02 Vessel Equipment Technical Specifications.doc │ │ Lesson 2 Material Requirements │ │ NBT New Forgings Steel Forgings Product Safety Registration Management Measures.doc │ │ NBT New Forging Steel Forging Safety Registration Application.doc │ │ NBT New Forging Steel Forging Safety Registration Fee.doc │ │ QJ.J04.03.8-2005 Vessel Riveting Process Code.doc │ │ QJGJL-2010 Pressure Vessel Manufacturing Process Procedure Compilation.doc │ │ SA-266 Carbon steel forgings for pressure vessel parts │ │ SA-765 Carbon steel and low alloy steel forgings for pressure vessel parts with mandatory toughness requirements │ │ §2-2 Thick-walled cylinder stress analysis.doc │ │ §2-3 Flat plate stress analysis.doc │ │ §2-4 Shell stability analysis.doc │ │ Some material information.doc │ │ Class III Container Process Card.doc │ │ Cutting Process Code 12.doc │ │ Regulations on Manufacturing Management of Stainless Steel Pressure Vessels.doc │ │ Hydrostatic test pressure of two-chamber pressure vessels.doc │ │ China's major chemical machinery enterprises 17 pages │ │ China's top 50 chemical equipment 9 pages │ │ Sinopec Equipment Manufacturing Supervision and Management Measures │ │ Sinopec's Important Equipment and Materials Manufacturing Supervision and Management Measures 201015 Classic │ │ Linhydrogen 14Cr1MoR (Lihydrogen SA387Gr11CL2), 14Cr1MoR (H) steel plate technical conditions.doc │ │ Linhydrogen 2.25Cr1Mo0.25V steel is a low alloy heat-resistant steel.doc │ │ Example: Pressure vessel manufacturing product quality (inspection and testing) plan (product quality plan) 2.doc │ │ Key points of ethylene cold box manufacturing supervision technology │ │ Ethylene training material No. 7: Equipment.doc │ │ On-site prefabrication technology for ethylene cracking furnace tubes.doc │ │ Product quality inspection summary table.doc │ │ Product on-site manufacturing supervision and management regulations PetroChina │ │ Low-temperature pressure vessel manufacturing and inspection requirements.doc │ │ Introduction to the performance of Ni9 steel plates for cryogenic vessels.doc │ │ Periodic inspection process for low-temperature insulated pressure vessels.doc │ │ Research report on the supply situation of high-strength steel for storage tanks 3.doc │ │ Relevant opinions on the installation licensing of pressure vessels.doc │ │ Notice on the training and assessment of responsible engineers for inspection of pressure vessel manufacturing units across the country.doc │ │ Discussion on the installation control management of petrochemical equipment 4 pages │ │ Opinions on issues related to the management of boiler and pressure vessel manufacturing licenses National Quality Inspection Special Letter No. 203.doc │ │ Inspection, acceptance after cold processing and other requirements for heat treatment.doc │ │ Force analysis and balanced force of rigid bodies, page 18 │ │ Manufacturing process part - loading the pot 15.doc │ │ Manufacturing process part - Dongguo.doc │ │ Hydrogenation reactor design instructions │ │ Hydrotreating reactor manufacturing process design 112 │ │ Main damage forms and material selection of hydrogenation equipment.doc │ │ Unified regulations on professional design of moving equipment.doc │ │ Moving equipment installation instructions.doc │ │ Definition and types of moving equipment.doc │ │ Moving Equipment Technical Questions and Answers.doc │ │ Guide to Manufacturing Supervision of Moving Equipment 13 │ │ Knowledge of Moving Equipment 40.doc │ │ Moving equipment (basic knowledge answers) │ │ Moving equipment Q&A.doc │ │ Moving equipment Q&A│ │ Equipment knowledge that chemical workers should know.doc │ │ Research report on common safety issues of chemical plant equipment 7 pages│ │ 100 questions about chemical installation │ │ Basic knowledge of chemical enamel equipment 4.doc │ │ Performance and use of chemical enamel equipment.doc │ │ Knowledge of chemical enamel equipment │ │ Introduction to knowledge of chemical enamel equipment.doc │ │ Chemical machine installation and construction technology 79 pages │ │ Chemical machinery test questions 12 pages │ │ Chemical machinery and equipment 2 pages │ │ Chemical machinery homework questions 10 pages │ │ Chemical machinery manufacturing 6 pages │ │ Chemical machinery manufacturing technology summary 2 pages │ │ Chemical machinery and equipment final review xl questions 7 pages │ │ Chemical machinery basics 3 pages │ │ Chemical machinery basics review xl questions 7 pages │ │ Chemical machinery basics final review xl questions 29 pages │ │ Chemical Machinery Fundamentals Exam Practice 151.doc │ │ Chemical machinery discipline development report 62 pages │ │ Chemical machinery installation engineering construction specifications │ │ Key points of equipment installation technology of chemical machinery 1 page │ │ Basic knowledge of equipment management of chemical machinery 5 pages │ │ Chemical machinery and equipment 2 pages │ │ Chemical machinery and equipment book.doc │ │ Chemical machinery and equipment classification method classic.xls │ │ Basics of chemical machinery and equipment 5 pages │ │ Basics of chemical machinery and equipment │ Qualification of professional contracting enterprise for chemical and petroleum equipment pipeline installation projects 2 2012.doc │ │ Chemical equipment technology development trends.doc │ │ Main processes of chemical equipment manufacturing 2 pages │ │ Chemical equipment drawing technical requirements 37 │ │ Chemical equipment basics 90.doc │ │ Basic knowledge of chemical equipment 32.doc │ │ Basic knowledge of chemical equipment 63.doc │ │ Large-scale operation of chemical equipment - jacketed reactor Hunan Institute of Technology 17 pages │ │ Chemical equipment installation plan 13 pages │ │ Chemical Equipment Technology Forum Electronic Online Journal 2005.chm │ │ Chemical Equipment Machinery - Dissolution Tank Design Xinjiang College 1 page │ │ Chemical Equipment Mechanical Basics.doc │ │ Chemical Equipment Mechanical Basics Jacketed Reactor Design Instructions Wang Kui 11 pages │ │ Chemical Equipment Mechanical Basics Simulation Answer 37.doc │ │ Chemical equipment materials and selection 5 pages │ │ Chemical equipment installation precautions 11 pages │ │ Chemical equipment knowledge 109 questions 8 │ │ Chemical equipment lecture series 44 │ │ Chemical equipment novice growth guide second edition │ │ Chemical equipment novice growth notes first edition │ │ Chemical equipment novice growth notes seventh edition │ │ Growth Notes for a Rookie in Chemical Equipment, Third Edition │ │ Growth Notes for a Rookie in Chemical Equipment, Fifth Edition │ │ Growth Notes for a Rookie in Chemical Equipment, Sixth Edition │ │ Growth Notes for a Rookie in Chemical Equipment, Fourth Edition │ │ Chemical Equipment Handout 172 │ │ Chemical Equipment Handout.doc │ │ Chemical Equipment Equipment Usage and Maintenance Manual Xi'an Ruilian Modern Electronic Materials Co., Ltd. 48 pages │ │ All chemical equipment design lesson plans │ │ Chemical equipment design Q&A (0 edition) 29 │ │ Chemical process and equipment lesson plans.doc │ │ Introduction to the Chemical Process Machinery Major 2 pages │ │ Basic knowledge of chemical static equipment.doc │ │ Beijing Bureau of Technical Quality Supervision Pressure Vessel Operation Question Bank.doc │ │ Beijing Bureau of Technical Quality Supervision Pressure Vessel Operation Question Bank Answers.doc │ │ Single-layer High Pressure Vessel Manufacturing Control Procedure.doc │ │ Safety Specifications for Inspection of Small and Medium-sized Pressure Vessels for Dangerous Goods.doc │ │ Pressure Vessels and Spherical Tanks Quality Manual 58 │ │ Basic content, relevant professional knowledge and control points of the quality assurance system related to pressure vessels and pipelines.doc │ │ Pressure vessel and equipment manufacturing project progress bar chart. Original of pressure vessel product safety performance supervision and inspection certificate.doc │ │ Pressure vessel product safety performance supervision and inspection item list.doc │ │ Pressure vessel product safety and quality supervision and inspection rules.doc │ │ Pressure vessel product quality plan form.doc │ │ Pressure vessel product quality certificate 25.doc │ │ Pressure vessel product quality certificate (sample).doc │ │ Pressure vessel operation documents 152 │ │ Pressure vessel comprehensive inspection report.doc │ │ Pressure vessel comprehensive inspection original record (empty form 1).doc │ │ Original record of comprehensive inspection of pressure vessels.doc │ │ Comprehensive inspection record of pressure vessels.doc │ │ 27 pages of pressure vessel manufacturing and processing technology │ │ Pressure vessel manufacturing 27.doc │ │ Pressure Vessel Manufacturing Inspection and Acceptance 48 │ │ General Process Code for Pressure Vessel Manufacturing.doc │ │ Pressure Vessel Manufacturing 200 Questions and Answers.doc │ │ Pressure Vessel Manufacturing Class D License Appraisal Review Guide.doc │ │ Pressure Vessel Manufacturing, Inspection and Acceptance 4.doc │ │ Pressure vessel manufacturing, inspection and acceptance.doc │ │ Review of several common problems in pressure vessel manufacturing 12.doc │ │ Review of Several Common Problems in Pressure Vessel Manufacturing.doc │ │ Pressure Vessel Manufacturing Operation Document 120 │ │ Measures for the Training, Assessment and Management of Quality Assurance Engineers in Pressure Vessel Manufacturing Units.doc │ │ Measures for the Qualification Recognition and Management of Quality Assurance Engineers in Pressure Vessel Manufacturing Units 13.doc │ │ Measures for Qualification Recognition and Management of Quality Assurance Engineers of Pressure Vessel Manufacturing Units.doc │ │ Essential Standards and Specifications Catalog for Pressure Vessel Manufacturers.doc │ │ Pressure Vessel Manufacturing Process Card.doc │ │ Regulations on Preparation of Pressure Vessel Manufacturing Process Documents.doc │ │ Pressure Vessel Manufacturing Process Flow and Main Process Parameters 5.doc │ │ Pressure vessel manufacturing process and main process parameters.doc │ │ Pressure vessel manufacturing process regulations (riveting).doc │ │ Pressure vessel manufacturing process regulations.doc │ │ Pressure vessel manufacturing technology.doc │ │ Pressure vessel manufacturing inspection process.doc │ │ Pressure vessel manufacturing regulations and standards index directory.doc │ │ Pressure vessel manufacturing procedure control document (TISCO Stainless Steel Pipe Products Co., Ltd.).doc │ │ Pressure vessel manufacturing procedure control document.doc │ │ Pressure vessel manufacturing procedure document and management system 73 │ │ Pressure vessel manufacturing management system, work instructions.doc │ │ Pressure vessel manufacturing management system compilation 312 │ │ Pressure vessel manufacturing record form format.doc │ │ Compilation of pressure vessel manufacturing record forms (cover, table of contents, forms) 115.doc │ │ Pressure Vessel Manufacturing License Review and Appraisal Guide 48 │ │ Pressure Vessel Manufacturing License Review and Appraisal Guide 44 │ │ Pressure Vessel Manufacturing License Appraisal and Appraisal Guide.doc │ │ Pressure Vessel Manufacturing License Appraisal and Appraisal Guide │ │ Pressure Vessel Manufacturing Quality Assurance Manual 2020 385 │ │ Pressure Vessel Manufacturing Quality Assurance Manual-2008 │ │ Pressure Vessel Manufacturing Quality Assurance Manual.doc │ │ Pressure Vessel Manufacturing Quality Manual.doc │ │ Pressure Vessel Manufacturing Quality Control Sample Form Catalog 3.doc │ │ List of pressure vessel manufacturing quality control points.doc │ │ Guarantee of pressure vessel manufacturing quality 5.doc │ │ Guarantee of pressure vessel manufacturing quality.doc │ │ Guide to writing quality management system documents for pressure vessel manufacturing.doc │ │ List of control points for pressure vessel manufacturing quality management control links 3.doc │ │ Pressure vessel manufacturing qualification administrative licensing appraisal review report-certification.doc │ │ List of pressure vessel manufacturing process control points 7.doc │ │ List of control points in pressure vessel manufacturing process 8.doc │ │ List of control points in the pressure vessel manufacturing process.doc │ │ General process for pressure vessel manufacturing 169 │ │ General process codes and inspection procedures for pressure vessel manufacturing.doc │ │ General inspection procedures for pressure vessel manufacturing 14 │ │ General inspection procedures for pressure vessel manufacturing.doc │ │ Basic information on pressure testing of pressure vessels.doc │ │ Pressure vessel and pressure pipeline inspection plan 20 │ │ Measurement method of pressure vessel and pipeline wall thickness.doc │ │ Application and management of pressure vessels in the gas industry.rtf │ │ Pressure vessel training test paper answers.doc │ │ Basic inspection standards for pressure vessels (riveters).doc │ │ Pressure vessel appearance and geometric dimensions inspection report 1.doc │ │ Pressure vessel external, internal and external, comprehensive inspection periodic table (submission for inspection plan) ┢-12 table. What contents are included in the periodic inspection of pressure vessels.doc │ │ Periodic inspection rules for pressure vessels.doc │ │ Pressure vessel periodic inspection rules publicity and implementation conference discussion question record sheet.doc │ │ Pressure vessel installation and completion data.doc │ │ Comparison of commonly used China-ASME materials for pressure vessels │ │ Basic knowledge of commonly used materials for pressure vessels.doc │ │ Pressure vessel finished product inspection record.doc │ │ Pressure vessel materials 13.doc │ │ Pressure vessel material knowledge.doc │ │ Experimental analysis of pressure vessel plate bendability.doc │ │ Instructions for filling out the pressure vessel inspection report.doc │ │ Pressure vessel inspection standards.doc │ │ Pressure vessel inspection plan.doc │ │ Pressure vessel ammonia leakage test method │ │ Pressure vessel production quality assurance manual 148 │ │ Pressure vessel production process control points 13.doc │ │ Chemical composition of low-temperature steel for pressure vessels.doc │ │ Steel plates for pressure vessels—Qin Xiaozhong.doc │ │ Measures for the safety registration and management of steel forgings for pressure vessels 2005.doc │ │ Chromium Molybdenum Vanadium Alloy Steel Plate for Pressure Vessels 5.doc │ │ Main manufacturing process of pressure vessels.doc │ │ Classification of pressure vessels.doc │ │ Pressure vessel pressure test process code.doc │ │ Qualification standards for pressure vessels.doc │ │ Pressure vessel procedure document compilation.doc │ │ Pressure vessel procedure document compilation (TSG07-2019) 119 │ │ Pressure vessel assembly inspection record.doc │ │ Treatment of pressure vessel defects.doc │ │ Pressure vessel form 1.doc │ │ Pressure vessel form 2.doc │ │ Pressure Vessel Design and Manufacturing Quality Assurance System Table Card (2016 Edition) 209 │ │ Pressure Vessel Quality Assurance Manual Operation (Process) Document - 2010 Edition │ │ Pressure Vessel Quality Assurance Manual.doc │ │ Pressure Vessel Quality Manual 77 │ │ Pressure Vessel Quality Manual.doc │ │ Pressure Vessel Quality Control Point List 8.doc │ │ Summary of Pressure Vessel Quality Inspection Standards 13 │ │ Pressure Vessel Quality Inspection Plan.doc │ │ Pressure Vessel Quality Management System Documents and Implementation Review Form.doc │ │ Pressure Vessel General Process Code Compilation 67 Pages.doc │ │ Use of Pressure Vessel Steel.doc │ │ Pressure Vessel Nameplate Setting and Management.doc │ │ Pressure test safety management system.doc │ │ Pressure deaerator│ │ Reactor manufacturing and acceptance conditions.doc │ │ Reactor scale-up design.doc │ │ Qualified supplier assessment management system.doc │ │ The first domestic enterprise to solve the problem of double-sided lining.doc │ │ Graphics and text introduce the construction and installation of tower vessel equipment, which can be understood without going to the site.doc │ │ Inspection and treatment of common defects of pressure vessels in use.docx │ │ Inspection procedures for pressure vessels in use.doc │ │ Tower equipment mechanical design 19 pages │ │ Measures for the management of technical review of overseas grade steel plate materials manufactured by domestic material manufacturing units │ │ Production and Inspection of Pressure Vessels, Key Equipment in Shell Gasification Technology (1).doc │ │ Production and Inspection of Pressure Vessels, Key Equipment in Shell Gasification Technology (2).doc │ │ Manufacturing Process Specification for Composite Plate Pressure Vessels │ │ Manufacturing Process of Composite Plate Vessels.doc │ │ Multi-layer Clamped High Pressure Vessel Complete Production Equipment Recommendation Book │ │ Quality control of pressure vessel procurement for large-scale petrochemical projects.doc │ │ Tianda 2004.6 "Fundamentals of Chemical Machinery" Final Exam Questions and Answers.doc │ │ Tianjin University Chemical Equipment Mechanical Fundamentals Exam Questions and Answers 4 pages │ │ A Tianjin HVAC Equipment Cooperative Company Pressure Vessel Quality Manual.doc │ │ Jacketed Reactor Design Instructions 38 pages │ │ Vessel Parts Manufacturing Process Card.doc │ │ Industry Certification Review Guide for Head Manufacturing Units China Chemical Equipment Association 80 Pages │ │ Correct Use of Small Diameter Drills.doc │ │ Typical Process Procedures for Industrial Boilers Water Tube Boiler Drum Manufacturing 21.doc │ │ Preventive measures for common pressure vessel manufacturing deformations │ │ Overview of the development of my country's petroleum and petrochemical equipment manufacturing industry 6 pages │ │ Implementation of China's pressure vessel manufacturing licensing system control procedures │ │ List of main steel and welding materials for bidding boilers.doc │ │ Standard process for connecting the nozzle flange and the tank 1.xls │ │ Enamel reactor verification.doc │ │ Chemical machinery technology prospects in the new century.doc │ │ Pressure vessel equipment acceptance standards for new installations.doc │ │ List of BR and DR5 pressure vessel manufacturing units in Wuxi City.xls │ │ The latest pressure vessel operation (process) guide 219 │ │ Application of mechatronics in petrochemical machinery 1 page │ │ Danger points and control during unit startup.doc │ │ Some points of attention in material substitution.doc │ │ Material basics and pressure vessel materials (test questions).doc │ │ Introduction to material selection.doc │ │ A pressure vessel manufacturing enterprise's blanking process code.doc │ │ A certain pressure vessel manufacturing company’s general process code for pressure testing.doc │ │ A certain pressure vessel manufacturing company’s general process code for machining.doc │ │ A certain pressure vessel manufacturing company’s general process code for flange manufacturing.doc │ │ A certain pressure vessel manufacturing company’s barrel section manufacturing process code.doc │ │ A certain pressure vessel manufacturing company’s reinforcement ring manufacturing process code.doc │ │ Standard explanation of groove surface quality requirements.doc │ │ Rubber lining equipment.doc │ │ Pneumatic ejector.doc │ │ Hydrolysis reaction mixer 9.doc │ │ Summary of pressure vessel companies in Jiangsu and Zhejiang.doc │ │ Professional basic course part of registered common equipment engineer (power) exam.doc │ │ Fluidized bed reactor.doc │ │ Brief discussion: Quality control of pressure vessels in manufacturing - work summary.doc │ │ Zhejiang Pressure Vessel Manufacturing Unit Qualification License Review Work Guide.doc │ │ Hainan Refining and Chemical Equipment Single Machine Trial Operation Plan 445 │ │ Liquid-liquid Mixer Process Design.doc │ │ Hydraulic Press Bending Operation Instructions.doc │ │ Analysis and review of materials used in atmospheric and vacuum pressure equipment for refining high-sulfur crude oil.doc │ │ Introduction to refinery static equipment.doc │ │ Refinery dynamic equipment question bank.doc │ │ Special equipment production unit license directory 2019.7.22.doc │ │ Outline for safety and quality supervision and inspection of installation of on-site welded pressure vessels 19 │ │ Physical and chemical management system.doc │ │ Introduction to the key points of structure, design and manufacturing process of vacuum insulated cryogenic pressure vessels.doc │ │ Petrochemical engineering installation foundation and construction methods.doc │ │ Selection of materials for petrochemical pressure vessels 21 │ │ Petrochemical engineering construction general contracting enterprise qualification level standards 3.doc │ │ Qualification Level Standards for Petrochemical Engineering Construction General Contracting Enterprises 4.doc │ │ Petrochemical equipment classification 11 pages │ │ Petrochemical equipment production and installation.doc │ │ Introduction to petrochemical general equipment (comparison at home and abroad) │ │ Petrochemical static equipment installation project construction drawing budget preparation.doc │ │ Petrochemical static equipment installation guide 7 pages │ │ Petrochemical static equipment paper 10 pages │ │ Ion membrane caustic soda non-standard equipment production plan.doc │ │ Design of vertical and horizontal gravity liquid separators │ │ 10th edition chemical equipment rookie growth notes (9th edition has been published and supplemented) │ │ Part 2 Material damage and remaining life of high-temperature operating equipment 46.doc │ │ Chapter 4 Changes in material structure and properties after long-term high temperature operation 23.doc │ │ Section 1 Reactor.doc │ │ Chapter 7 Operation of Commonly Used Air Separation Equipment.doc │ │ Chapter 3 Reactor 83 │ │ Chapter 3 Metallurgy, Heat Treatment and Pressure Vessel Materials.doc │ │ Chapter 2 Pressure Vessel Materials and the Effects of Environment and Time on their Performance 6.doc │ │ Section 2 Main standards and specifications for the installation of chemical and petroleum machinery and equipment.doc │ │ Chapter 5 Dynamic Equipment.doc │ │ 17th Selection and Design of Coal Mine Compression Equipment.doc │ │ Chapter 4 Design of Gas and Solid Fluidized Beds │ │ Chapter 4: manufacturing decomposition 36.doc │ │ Chapter 4 Coal Mine Compression Equipment (Overview of Chapter 14).doc │ │ Chapter 4 Static Equipment.doc │ │ Cylinder Cold Work Inspection Card.xls │ │ Deoctanizer Equipment Manufacturing Flow Chart │ │ Sulzer Mixed Reaction Technology │ │ Equipment Major Employment Talk 3 Pages │ │ Analysis of chemical machinery engineering equipment installation quality control measures 1 page │ │ Principles of classification of equipment and materials 3 pages │ │ Equipment classification and economic life reference life table 7 pages │ │ Equipment classification standards Dongguan Dexincheng Economic Consulting Co., Ltd. 2 pages │ │ Principles for determining design pressure and design temperature of equipment and pipeline systems │ │ Basic knowledge of equipment 300 questions.doc │ │ Basic knowledge of equipment.doc │ │ Professional scope of equipment room (discussion draft) 31 │ │ Equipment technology reactor.doc │ │ Design and selection of equipment 5 pages │ │ Classic equipment manufacturing supervision operating documents 18 │ │ Equipment supervision report format │ │ Equipment supervision inspection and performance acceptance test │ │ Equipment Supervision Procedure │ │ Classic Equipment Supervision Management Measures 33 │ │ Interim Measures for Equipment Supervision Management │ │ Summary of Equipment Design, Manufacturing, and Installation Issues.doc │ │ Equipment Design and Selection 32 Pages │ │ Calculation of Pressure Loss at Equipment Inlet and Outlet Nozzles │ │ Evaluation of the stress-oriented hydrogen-induced cracking (SOHIC) resistance of steel plates in wet hydrogen sulfide environments 45 │ │ Test notice and material substitution sheet.doc │ │ Microstructure of E911 steel pipes for supercritical boilers │ │ Liaoning Province 2002 Pressure Vessel Inspector Qualification Training and Assessment Test Paper.doc │ │ Process Equipment Strength Calculation Book.doc │ │ Process equipment design 7 pages │ │ Process equipment design 4 pages │ │ Process equipment design 1—pressure vessel introduction.doc │ │ Process equipment design storage equipment.doc │ │ Process equipment design pressure vessel introduction.doc │ │ Process equipment design pressure vessel materials and the impact of environment and time on their performance.doc │ │ Process equipment design pressure vessel design.doc │ │ Process equipment design reaction equipment.doc │ │ Process equipment design (Xi'an Petroleum University).doc │ │ Process equipment design calculation questions 22 pages │ │ Process equipment design questions 4 pages │ │ Continuous reforming unit equipment technical questions and answers.doc │ │ General mechanical equipment commissioning process standards │ │ Important Petrochemical Equipment Manufacturing Supervision Outline (Volume 1) Classic 106 │ │ Steel Pressure Vessel Materials Handout 44 │ │ Steel Pressure Vessel Materials Handout.doc │ │ Steel Pressure Vessel Inspection Regulations (2).doc │ │ Steel Pressure Vessel Inspection Regulations.doc │ │ General Process Regulations for Steel Vessel Manufacturing.doc │ │ Steel elasticity modulus--Dong.xls │ │ Allowable stress of steel plates, steel pipes, forgings and studs.xls │ │ Complete query of allowable stress of steel plates EXCEL.xls │ │ Riveting process card.xls │ │ Design and manufacturing of copper and copper alloy floating coils.doc │ │ Research on hydraulic bulging test of aluminum alloy spherical shell.doc │ │ Boiler manufacturing process and materials │ │ Boiler manufacturing standards and manufacturing process overview.doc │ │ Boiler and pressure vessel product safety performance supervision and inspection rules │ │ Interpretation of "Measures for the Supervision and Administration of Manufacturing of Boiler and Pressure Vessels".doc │ │ Boiler and Pressure Vessel Manufacturing Licensing Working Procedures │ │ Boiler and Pressure Vessel Manufacturing Licensing Conditions.doc │ │ Boiler and Pressure Vessel Manufacturing Licensing Conditions and Working Procedures and Product Safety Performance Supervision and Inspection Rules 90 │ │ Comparison of domestic and foreign materials for boiler and pressure vessels.doc │ │ Boiler and Pressure Vessel Installation Quality Manual 68.doc │ │ Commonly used steel materials for boilers and pressure vessels Domestic and foreign steel grade comparison table. General technical conditions for manufacturing containers made of nickel-based alloy composite steel plates │ │ Appendix 2: Pressure vessel comprehensive inspection report.doc │ │ Static equipment.doc │ │ Static equipment manufacturing supervision work guide 19 │ │ Very practical chemical machinery_Commonly used dictionary.doc │ │ Non-standard equipment design fee billing method 3 pages │ │ Preheater and decomposition furnace manufacturing instructions.doc │ │ Working principle and application of high-pressure homogenizer.doc │ │ Application requirements of high-strength steel in chemical equipment.doc │ │ High-efficiency gas-liquid reaction system - multi-functional circulation loop injection reaction device B (introduction) │ │ High temperature and high pressure hydrogen 2-1 4cr and 3cr steel thick-walled pressure vessels material and manufacturing requirements 23 │ │ High toughness low temperature pressure vessel steel 09MnNiDR │ │ │ ├─22 chemical equipment process tables │ │ 30-E1 process equipment summary table (reactors, towers, heat exchangers, containers and others).xls │ │ 30-E2 process equipment summary table (industrial furnace).xls │ │ 30-E3 process equipment summary table (pump table).xls │ │ 30-E4 process equipment summary table (compressor).xls │ │ 30-E5 process equipment summary table (other machinery).xls │ │ 30-P1 pipeline table.xls │ │ 30D.1-01-Reactor Data Sheet (including home page).xls │ │ 30D.1-02-Plate Tower Data Sheet (including home page).xls │ │ 30D.1-05-Air Cooler Data Sheet.xls │ │ 30D.1-06-Container Data Sheet (including home page).xls │ │ 30D.4-03-Instrument regulating valve design condition table (including home page).xls │ │ 30D.4-04-Throttle device design condition table (including home page).xls │ │ 30D.7-01-Boiler data sheet (including home page).xls │ │ │ ├─Pressure vessel manufacturing process card (including heat exchanger) │ │ 15 Wire Mesh Demister Processing Agreement.doc │ │ 3 Intergranular Corrosion Test Process Card.doc │ │ 5 Intergranular Corrosion Test Process Card.doc │ │ U-shaped Assembly Process Card 10.doc │ │ Main pressure components (including welding materials) material inspection report-4.doc │ │ Product test plate preparation process and inspection card-5.doc │ │ Manufacturing process and quality control card cover-1.doc │ │ Reducing section process card.doc │ │ Duplicate ammonia leakage test process card.doc │ │ Duplicate pipe bundle assembly process card 21.doc │ │ Duplicate tube sheet manufacturing process process card 17.doc │ │ Appearance and geometric dimension inspection record.doc │ │ Process drawing approval record.doc │ │ Process document change notice-3.doc │ │ Final assembly process card-11.doc │ │ Non-destructive testing order form.doc │ │ Air pressure test process card.doc │ │ Air tightness test process card.doc │ │ Ammonia leakage test process card.doc │ │ Hydrostatic test process card-15.doc │ │ Paint surface treatment process card-16.doc │ │ Barrel manufacturing process process card-7.doc │ │ Barrel section manufacturing process process card-8.doc │ │ Introduction.doc │ │ Assembly process process card-9.doc │ │ Assembly process process card 10.doc │ │ Reinforcement ring tightness process card-13.doc │ │ Lining ring flange manufacturing process process card 23.doc │ │ │ ├─General inspection procedures for pressure vessel manufacturing│ │ 0 (10).jpg │ │ 0 (11).jpg │ │ 0 (12).jpg │ │ 0 (13).jpg │ │ 0 (14).jpg │ │ 0 (2).jpg │ │ 0 (3).jpg │ │ 0 (4).jpg │ │ 0 (5).jpg │ │ 0 (6).jpg │ │ 0 (7).jpg │ │ 0 (8).jpg │ │ 0 (9).jpg │ │ 0 (1).jpg │ │ │ ├─Pressure vessel process regulations│ │ Pressure vessel blanking process regulations.doc │ │ Pressure vessel manufacturing process regulations.doc │ │ Pressure vessel process regulations.doc │ │ Pressure vessel coating and transportation packaging regulations.doc │ │ Pressure test process specification.doc │ │ Manual carbon arc gouging process specification.doc │ │ Gas cutting process specification.doc │ │ Penetrant flaw detection process specification.doc │ │ │ ├─Pressure vessel flaw detection process form│ │ J Detection Table-01 Ultrasonic flaw detection original record.xls │ │ J Meter-02 Repair Notice.xls │ │ J Meter-07 Original Surface Flaw Detection Record.xls │ │ J Meter-07 Steel Plate Ultrasonic Test Report.xls │ │ J Meter-09 Magnetic Particle Inspection Report.doc │ │ J Meter-10 Ultrasonic Thickness Measurement Inspection Report.xls │ │ J Detector-11 Penetration Test Report.xls │ │ J Detector-12 Radiographic Non-destructive Testing Process Card.xls │ │ J Detector-14 Radiographic Detection Original Record Continued Page.xls │ │ J Detector-15 Darkroom Processing Record.xls │ │ J Detector-16, 17 Radiographic Evaluation Original Record.doc │ │ J Detection Meter-18 Radiographic Flaw Detection Result Notification.xls │ │ J Detection Meter-19 Weld Radiographic Inspection Report.doc │ │ J Detection Meter-20 Weld Radiographic Inspection Film Evaluation Form.xls │ │ J Inspection Meter-04 Weld Ultrasonic Inspection Report.doc │ │ Table of Contents of Flaw Detection Form.doc │ │ Non-destructive testing quality control system control program diagram.xls │ │ │ ├─Pressure vessel physical and chemical process table│ │ J Chemical Table-01 Steel chemical analysis original record.doc │ │ J Chemical Table-02 Steel chemical analysis original record.doc │ │ J Chemical Table-03 Steel mechanical properties test record.doc │ │ J Chemical Table-04 Mechanical properties test record of welded joint.doc │ │ J Chemical Table-05 Mechanical property test record of product test plate.doc │ │ J Chemical Table-06 Field hardness test record.doc │ │ J Chemical Table-07 Metallographic analysis test record.doc │ │ J Chemical Table-08 Welding rod deposited metal diffusion hydrogen test record.doc │ │ J Chemical Table-09 Welder examination test record.doc │ │ J Chemical Table-10 Steel chemical analysis test report.doc │ │ J Chemical Table-11 Steel mechanical properties test report.doc │ │ J Chemical Table-12 Welded joint mechanical properties test report.doc │ │ J Chemical Table-13 Product test plate mechanical properties test report.doc │ │ J Chemical Table-14 On-site hardness test report.doc │ │ J Chemical Table-15 Metallographic analysis test report.doc │ │ J Chemical Table-16 Welding rod deposited metal diffusion hydrogen test report.doc │ │ J Chemical Table-17 Welder examination test report.doc │ │ J Chemical Table-18 Physical and chemical inspection order form.doc │ │ J Chemical Table-19 Stainless steel intergranular corrosion test record.doc │ │ J Chemical Table-20 Stainless steel intergranular corrosion test report.doc │ │ J Chemical Table-21 Spectral analysis test record.doc │ │ J Chemical Table-22 Spectral analysis test report.doc │ │ Physical and chemical table catalog.doc │ │ │ ├─Pressure Vessel Quality Assurance Manual 2010 Edition│ │ Pressure Vessel Quality Assurance Manual 01 Qualification Review Procedure│ │ Pressure Vessel Quality Assurance Manual 02 Resource Form│ │ Pressure Vessel Quality Assurance Manual Record Form Card│ │ Pressure Vessel Quality Assurance Manual-2010 Edition│ │ │ ├─Pressure Volume Manufacturing Process Card│ │ Manufacturing process card.DOC │ │ Rolling tube section manufacturing process process card.doc │ │ Drawing review record.doc │ │ Cover.doc │ │ Neck flange manufacturing process process card.doc │ │ General assembly process process card.doc │ │ Seamless steel pipe cylinder (barrel section) manufacturing process process card.doc │ │ Flange cover manufacturing process process card.doc │ │ Barrel manufacturing process process card.doc │ │ Reinforcement ring manufacturing process process card.doc │ │ │ ├─Oil and gas distributor process manufacturing card│ │ │ Description.txt │ │ │ │ │ ├─DN350 elliptical head process│ │ │ Upper head opening manufacturing card.exb │ │ │ Upper head opening manufacturing card.wps │ │ │ Head inspection card.exb │ │ │ Head inspection card 1.wps │ │ │ Head inspection card 2.wps │ │ │ │ │ ├─Upper umbrella board manufacturing process card│ │ │ Upper umbrella board manufacturing process card.exb │ │ │ Upper umbrella board manufacturing process card 1.wps │ │ │ Upper umbrella board manufacturing process card 2.wps │ │ │ │ │ ├─Lower umbrella plate manufacturing process card│ │ │ Lower umbrella plate manufacturing process card.exb │ │ │ │ │ ├─Dispenser assembly│ │ │ Body assembly manufacturing card.bak │ │ │ Body assembly manufacturing card.exb │ │ │ Gas-liquid separator body assembly and manufacturing process card.bak │ │ │ Gas-liquid separator body assembly and manufacturing process card.exb │ │ │ │ │ ├─Separator flange inspection card│ │ │ Separator flange inspection card.exb │ │ │ Separator flange inspection card.wps │ │ │ │ │ ├─Safety valve inspection card│ │ │ Safety valve inspection card.wps │ │ │ │ │ ├─Cover and inner pages│ │ │ Dispenser manufacturing task list.doc │ │ │ Dispenser drawing review record.doc │ │ │ Dispenser general drawing process card cover.doc │ │ │ Dispenser information directory.wps │ │ │ │ │ ├─Baffle manufacturing process card│ │ │ Baffle manufacturing process card.exb │ │ │ Baffle manufacturing process card.wps │ │ │ │ │ ├─Outrigger│ │ │ Outrigger manufacturing card.bak │ │ │ Outrigger manufacturing card.exb │ │ │ Outrigger manufacturing card.wps │ │ │ Outrigger manufacturing card 2.wps │ │ │ │ │ ├─Oil and gas separator barrel and nozzle manufacturing card │ │ │ Oil and gas separator cylinder and nozzle manufacturing card.bak │ │ │ Oil and gas separator cylinder and nozzle manufacturing card.exb │ │ │ Oil and gas separator barrel and nozzle manufacturing card.wps │ │ │ │ │ ├─Reinforcement Circle│ │ │ Reinforcement Circle Manufacturing Card 1.wps │ │ │ Reinforcement Circle Manufacturing Card 2.wps │ │ │ Reinforcement Circle Manufacturing Card Picture.bak │ │ │ Reinforcement Circle Manufacturing Card Picture.exb │ │ │ │ │ └─Pressure test procedure card│ │ Pressure test procedure card.wps │ │ Pressure test procedure card 2.wps │ │ │ ├─Special equipment manufacturing license application (pressure vessel) │ │ Pressure vessel manufacturing application filling instructions.doc │ │ Spherical tank on-site assembly and welding.xls │ │ │ ├─Boiler and pressure vessel product quality certificate│ │ Product quality certificate-steel-vessel.doc │ │ │ └─Full set of system documents for boiler and pressure vessel│ │ General process code for pressure vessel manufacturing.doc │ │ │ ├─Full internal and external audit work steps + internal audit checklist│ │ └─Internal Audit Checklist│ │ Checklist (Supply and Marketing Department).doc │ │ Checklist (General Manager).doc │ │ Checklist (Quality Inspection Department).doc │ │ │ ├─Procedure Documents│ │ Pressure Vessel Procedure Documents (Content).doc │ │ │ ├─Management System│ │ 02 Raw material acceptance system.doc │ │ 03 Welding materials management system.doc │ │ 04 Welding laboratory management system.doc │ │ 05 Welding process qualification test plate management system.doc │ │ 06 Physical and chemical management system.doc │ │ 07 Equipment safety management system.doc │ │ 08 Pressure test safety management system.doc │ │ 09 Steel seal numbering regulations.doc │ │ 10 General process regulations for manufacturing and inspection of simple pressure vessels.doc │ │ 11 General process regulations for manual arc welding.doc │ │ 12 General process regulations for submerged arc automatic welding.doc │ │ 13 General process regulations for pressure testing.doc │ │ 15 Air storage tank batch management system.doc │ │ 17 Sampling inspection management system.doc │ │ 18 Burst test process regulations.doc │ │ │ ├─Table card summary│ │ Product welded joint radiographic inspection report.doc │ │ Simple pressure vessel sampling and blast test record.doc │ │ Simple container product certificate.doc │ │ Table C material.doc │ │ Table card catalog.doc │ │ │ └─Quality Assurance Manual │ Release Order of 0.3 Manual.doc │ Chapter 0.4 Preface.doc │ Chapter 0.5 Main Terms and Abbreviations.doc │ Management of 0.6 Manual.doc │ 10 Inspection control.doc │ 11 Measurement and equipment control.doc │ 12 Handling, storage, packaging and delivery.doc │ 13 Control of non-conforming products.doc │ 14 Quality improvement.doc │ 15 Training and assessment.doc │ 16 Implementation of regulations on China’s pressure vessel manufacturing licensing system.doc │ 1 Corporate purpose, quality policy and quality objectives.doc │ 3 Management Responsibilities.doc │ 4 Document and Material Control.doc │ 5 Purchasing and Material Control.doc │ 6 Process (Design) Control.doc │ 7 Welding Control.doc │ 8 Physical and Chemical Control.doc │ 9 Pressure Test Control.doc │ ├─22.0 Chemical Machinery and Equipment Design, Manufacturing and Installation (Including Pressure Vessel Manufacturing and Installation) Manual│ Application of 21-4Cr-IMo steel in thick-walled pressure vessels │ Application of ANSYS in machinery and chemical equipment (second edition) │ ISO9000 family standards in pressure vessel manufacturing quality system construction │ World Pressure Vessel Steel Manual │ China Pharmaceutical Equipment Encyclopedia │ China Chemical Machinery and Equipment Encyclopedia │ China Chemical Equipment Product Manual (Second Edition) pdf + catalog bookmark │ China Petroleum and Petrochemical Equipment Industry Yearbook 2007 │ China Petroleum and Petrochemical Equipment Industry Yearbook 2008 │ China Petroleum and Petrochemical Equipment Industry Yearbook 2009 2010 Edition │ China Petroleum and Petrochemical Equipment Industry Yearbook 2010 and 2011 Editions │ China Petroleum and Petrochemical Equipment Industry Yearbook 2010 and 2011 Editions │ China Petroleum and Petrochemical Equipment Industry Yearbook 2011 │ China Petroleum and Petrochemical Equipment Industry Yearbook 2012 2013 Edition │ China Petroleum and Petrochemical Equipment Industry Yearbook 2013 2014 Edition │ China Petroleum and Petrochemical Equipment Industry Yearbook 2015 │ China Petroleum and Petrochemical Equipment Industry Yearbook 2016 │ Secondary Vocational School Planning Textbook Chemical Machinery Manufacturing Installation and Repair Technology 2nd Edition Edited by Zhang Maiqiu and Zhu Aixia 2007 Edition │ Mass Transfer Process and Equipment Cao Dengxiang, etc. │ Design, manufacture and use of cryogenic vessels │ Catalytic reactor design 235 │ National Survey and Design Registered Public Equipment Engineer Power Professional Qualification Examination Textbook 4th Edition National Survey and Design Registered Engineer Public Equipment Professional Management Committee Secretariat 2019 Edition │ Typical Chemical Equipment Mechanical Design Guide │ Cooling Tower Technology Principles 2015 │ Cooling Tower Operation, Maintenance and Overhaul 2014 │ Pulp and Paper Machinery and Equipment (Part 1) │ Pulp and paper machinery and equipment (Part 2) │ Pharmaceutical chemical process and equipment │ Pharmaceutical chemical process and equipment (second edition) Editor-in-chief Wang Zhixiang │ Pharmaceutical engineering principles and equipment │ Pharmaceutical equipment │ Pharmaceutical equipment and engineering design │ Pharmaceutical equipment and process │ Pharmaceutical equipment and workshop process design management manual │ Chemical pharmaceutical process and reactor 2nd edition 2011 edition │ Handbook of Chemical Processing Equipment │ Chemical Reactor Editor-in-chief Liu Baohong, Yang Leiku │ Chemical Reactor │ Chemical Reactor Analysis │ Chemical Reactor Analysis │ Chemical Reactor Theory │ Design, Optimization and Scale-up of Chemical Reactor │ Chemical Reactor Design Volume 2 Example Discussion and Design Data │ Chemical Reactor Design - Volume 1 │ Chemical Reactor Design - Volume 2 │ Chemical Reaction Processes and Equipment Reactor Selection, Design, and Operation 3rd Edition 2014 │ Chemical Reaction Processes and Equipment: Reactor selection, design and operation (second edition) │ Chemical process and equipment 2013 │ Impeller machinery for chemical industry, power and refrigeration │ Chemical unit operating equipment design 2011 edition │ Chemical unit process and equipment edited by Ding Yuxing 2011 edition │ Chemical unit process and equipment course design (with missing pages) │ Chemical engineering principles course design textbook chemical equipment design │ Handbook of Common Quality Problems and Prevention in Chemical Installation Projects 1996 │ Chemical Engineering Operation Principles and Equipment Volume 1 │ Chemical Industry Operation Principles and Equipment Volume 2 │ Practical Handbook of New Chemical Materials_Zhu Zhongping│ Chemical Mechanism Manufacturing, Installation and Repair Technology Editor-in-Chief Xiao Junjian ； Zhang Yuliang, Wu Jun, Deputy Editors; 2016 edition │ Chemical Machinery; 2013 edition │ Chemical Machinery – Textbook planned by the Ministry of Education for higher vocational colleges, page 238 │ Chemical Machinery, edited by Gao Shenqin │ Chemical Machinery and Equipment, Volume I │ Introduction to Chemical Machinery and Equipment │ Optimal Design of Chemical Machinery, 2010 edition │ Manufacturing of Chemical Machinery – Yao Huizhu, page 188 │ Manufacturing, Installation, and Repair of Chemical Machinery │ Technology of Chemical Machinery Manufacturing │ Manufacturing Techniques for Chemical Machinery, first edition, 2005 │ Manufacturing Techniques for Chemical Machinery, 2010 edition │ Principles of Calculation for Chemical Machinery and Equipment │ Chemical Machinery and Equipment, second edition, 2000, page 356 │ Chemical Machinery and Equipment, fifth edition – Textbook for intermediate technical training of chemical workers, edited by Song Shubo and Shao Zebó, 2018 edition │ Chemical Machinery and Equipment, fourth edition, edited by Shao Zebó and Song Shubo, 2012 edition │ Chemical Machinery and Equipment │ Fundamentals of Chemical Machinery, edited by Jiang Fang and Jiang Wenquan, 2017 edition │ Dictionary of Chemical Machinery, page 148 │ Installation and Repair of Chemical Machinery, 2010 edition │ Installation and Repair of Chemical Machinery – Textbook for secondary vocational schools, page 258 │ Engineering Handbook for Chemical Machinery, Volume I – Yu Guocong │ Engineering Handbook for Chemical Machinery, Volume II – Yu Guocong │ Engineering Handbook for Chemical Machinery, Volume III – Yu Guocong │ Basics of Application in Chemical Machinery │ Several Issues Related to Microcomputer Use in Chemical Machinery │ Handbook of Chemical Machinery, edited by Yu Guozong, page 1199 │ Handbook of Chemical Machinery, edited by Li Keyong ； Edited by the Editorial Committee of the Chemical Engineering Machinery Handbook, 1992 edition │ Chemical Engineering Machinery Handbook: Vacuum Equipment │ Chemical Engineering Machinery Handbook: Ion Exchange and Adsorption │ Chemical Engineering Machinery Handbook: Distillation, Absorption, and Column Equipment │ Chemical Engineering Machinery Handbook │ Current Status and Future Prospects of Chemical Engineering Machinery Technology │ Collection of Test Questions for Assessing Professional Skills in Chemical Engineering Machinery, 2012 │ Application of Installation and Construction Techniques for Chemical Engineering Machinery, edited by Qiao Jianfen ； Reviewed by Guo Chaohua 2016 edition │ Operation and maintenance of chemical machinery and equipment 2013 │ Analysis of chemical machinery design, manufacturing and automation development │ Manufacturing research on simplified high-pressure vessels of chemical machinery │ Intermittent process in chemical production - principle process and equipment Yang Zhicai 547 │ Chemical equipment chemical technical school textbook trial version │ Chemical Equipment 2nd Edition Editor-in-Chief Kuang Zhaozhong 2010 Edition │ Chemical Equipment and Machinery Volume 1 and 2 2009 Edition 652 │ Chemical Equipment and Machinery Volume 1 Hu Yiwei 306 │ Chemical Equipment and Machinery Volume 2 2010 Edition 346 │ Chemical Equipment and Machinery Guan Laixia 2014 253 pages │ Chemical equipment and machinery 2010 edition │ Chemical equipment and machinery editor-in-chief Laixia 2010 edition │ Chemical equipment optimization design │ Chemical equipment optimization design Xing Huiming 328 │ Chemical equipment optimization design │ Chemical equipment use and maintenance Ma Bingqian │ Chemical equipment manufacturing and hoisting │ Chemical Equipment Manufacturing Technology Practical Tutorial Edited by Kang Yong 2017 Edition │ Chemical Equipment Manufacturing Technology │ Chemical Equipment and Technology Edited by Wang Lei 2011 Edition │ Chemical Equipment and Design Qian Songwen 154 │ Chemical Equipment and Design │ Chemical Equipment Atlas Other Equipment 235 │ Chemical Equipment Atlas Other Equipment 1988 │ Chemical Equipment Atlas Reactor Tank 133 │ Chemical Equipment Atlas Tower Equipment │ Chemical Equipment Atlas Components 151 │ Chemical Equipment Atlas Components │ Chemical Equipment Atlas Other Equipment 1975 Edition │ Chemical Equipment Atlas Separation, Evaporation, Crystallization, Clarification, Filtration, Drying Equipment │ Chemical Equipment Atlas Episode 6 Separator, Evaporator, Crystallizer, Filter, Dryer, etc. │ Chemical Equipment Basics 2011 Edition │ Chemical Equipment Basics edited by Wang Xianfang 2016 Edition │ Chemical Equipment Basics Wang Shaoliang 221 │ Chemical Equipment Safety Wang Wenhe │ Chemical Equipment Installation and Maintenance 2012 │ Chemical Equipment Installation Engineering Quality Monitoring and Common Disease Prevention and Control Practical Manual 1601 │ Chemical Equipment Installation Engineering Quality Monitoring and Common Disease Prevention and Control Practical Manual │ Chemical equipment training guide Zhang Jianfeng, editor-in-chief Peng Fang 2012 edition │ Chemical Equipment Mechanical Basics Dong Daqin 530 │ Chemical Equipment Mechanical Basics 182 │ Chemical Equipment Mechanical Basics 2nd Edition 2014 Yu Jianliang 534 │ Chemical Equipment Mechanical Basics 2013 │ Chemical Equipment Mechanical Basics 2012 │ Chemical Equipment Mechanical Basics 2012 229 │ Chemical Equipment Mechanical Fundamentals 2013 233 │ Chemical Equipment Mechanical Fundamentals 3rd Edition 2014 Pan Yongliang 305 │ Chemical Equipment Mechanical Fundamentals 5th Edition Dong Junhua, Gao Bingjun 2019 Edition │ Chemical Equipment Mechanical Fundamentals Volume 1 187 │ Chemical Equipment Mechanical Fundamentals Volume 3 Chemical Equipment Mechanical Design 1978 247 │ Chemical Equipment Mechanical Fundamentals, third edition, 2014, 305 pages │ Chemical Equipment Mechanical Fundamentals, third edition, edited by Tang Shanfu, Zhu Siming, 2015 edition │ Chemical Equipment Mechanical Fundamentals, third edition, Zhao Jun, 2016 edition │ Chemical Equipment Mechanical Fundamentals, Volume 2, 261 │ Chemical Equipment Mechanical Fundamentals, second edition, Tang Shanfu, 2004, 441 pages │ Chemical Equipment Mechanical Fundamentals, second edition, Pan Yongliang 355 │ Chemical Equipment Mechanical Fundamentals, Fifth Edition di Yuwei Wang Liye 385 │ Chemical Equipment Mechanical Fundamentals, Fifth Edition Dong Junhua, Gao Bingjun 2019 Edition │ Chemical Equipment Mechanical Fundamentals Dong Daqin 2002 │ Chemical Equipment Mechanical Basic Principles │ Chemical Equipment Mechanical Fundamentals* Guidance 2012 │ Chemical Equipment Mechanical Basic Application Tutorial 2011 Edition │ Chemical Equipment Mechanical Design Basics │ Chemical Equipment Standard Manual (Volume 1) Metal Materials (Volume 2) │ Chemical Equipment Standard Manual (Volume 2) Chemical Equipment Components │ Chemical Equipment Standard Manual Mechanical Components Volume 7 Equipment Design Technology Center Station of the Ministry of Chemical Industry, National Pressure Vessel Standardization Technical Committee 1988 Edition │ Chemical Equipment Standard Manual Volume 1 Metal Materials Volume 1 │ Chemical Equipment Standard Manual Volume 3 Chemical Equipment Standard Series │ Chemical Equipment Standard Manual Volume 2 Chemical Equipment Parts 1996 │ Chemical Equipment Standard Manual (Volume 1) Metal Materials Volume 1 │ Chemical Equipment Standard Manual (Volume 1) Metal Materials Volume 2 │ Chemical Equipment Cleaning New Technologies, New Processes and Standardized Operation Practical Manual Volume 1667 │ Selection and Process Design of Chemical Equipment (Third Edition) │ Selection and Process Design of Chemical Equipment Third Edition │ Chemical Equipment Drawing Manual Ma Lianxiang 1072 │ Basic and Practical Technology of Chemical Equipment Management (China) Wang Xinglai, Ren Zixue 2019 Edition │ Chemical Equipment Structural Analysis and Design (US) Jawat 430 │ Chemical Equipment Structural Drawing Book 208 │ Chemical Equipment Structural Atlas Chemical Industry Department 254 │ Chemical Equipment Structural Atlas │ Chemical Equipment Rookie Growth Notes 13th Edition │ Chemical Equipment Rookie Growth Notes 8th Edition │ Chemical Equipment Design 2011 Edition │ Chemical Equipment Design Pan Guochang 316 │ Chemical Equipment Design 2nd Edition by Wang Shengsheng 2017 Edition │ Chemical Equipment Design and Manufacturing 2013 │ Chemical Equipment Design and Manufacturing Technology Questions and Answers Rookie Growth Notes 2013 │ Chemical Equipment Design Examples and │ Complete book on chemical equipment design Titanium chemical equipment design (old version) 233 │ Complete book on chemical equipment design Steel frame (new version) 258 │ Complete book on chemical equipment design Aluminum chemical equipment (new version) 311 │ Complete book on chemical equipment design Aluminum chemical equipment design (old version) 342 │ Basics of chemical equipment design Tan Wei 233 │ Basics of chemical equipment design (Zhou Zhian) │ Basics of chemical equipment design (Gu Fangzhen, Chen Guohuan) │ Basics of chemical equipment design Liu Renheng │ Basics of chemical equipment design Zhou Zhian 474 │ Basics of chemical equipment design, edited by Wei Xinli 2015 edition │ Basics of chemical equipment design 3rd edition │ Basics of chemical equipment design 3rd edition 2014 │ Chemical Equipment Design Manual (I) │ Chemical Equipment Design Manual (Volume 1 and 2) │ Chemical Equipment Design Manual (II) │ Chemical Equipment Design Manual (Old Edition) 2 Metal Equipment 1032 │ Chemical Equipment Design Manual (Old Edition) 810 │ Chemical Equipment Design Manual 2 Metal Equipment │ Chemical Equipment Design Manual (Volume 1) 274 │ Chemical Equipment Design Manual (Volume 2) 864 │Chemical Processes and Equipment Volume 1│Chemical Processes and Equipment Volume 2│Chemical Processes and Equipment Volume 5 (Liquid-Liquid Extraction Volume) │Chemical Processes and Equipment (Volume 1) │Chemical Processes and Equipment (Volume 2) │Chemical Processes and Equipment (Volume 2)│Chemical Processes and Equipment (Volume 2)│ Chemical process and equipment (A.N. Planovsky p265)│ Chemical process and equipment design│ Chemical process equipment manual│ Pressure processing manual 689│ Practical book on new technologies and quality and safety control standards for the design and manufacturing of pressure vessels and chemical equipment│ Textbook for training and assessment of quality assurance personnel of pressure vessel manufacturing units - 2006 edition│ Qualification recognition and management rules for pressure vessel manufacturing units│ Pressure Vessel Manufacturing and Repair 2004 Edition 612 │ Pressure Vessel Manufacturing and Repair 2nd Edition Wang Zengxin │ Pressure Vessel Manufacturing Technology Q&A 98 │ Pressure Vessel Manufacturing Technology Q&A │ Pressure Vessel Manufacturing Quality Assurance Manual (Second Company) │ Pressure Vessel Manufacturing Quality Control Manual │ Pressure Vessel Practical Technology Series Pressure Vessel Manufacturing and Repair 2nd Edition │ Pressure Vessel Materials and Selection 2nd Edition Cheng Zhenxi│ Practical Handbook of Pressure Vessel Materials - Carbon Steel and Alloy Steel 782 │ Research and Preventive Measures on Flaw Detection Defects of 16MnR Thick Steel Plate for Pressure Vessels │ Materials and Heat Treatment for Pressure Vessels 617 │ Basics of Visual Inspection Technology for Pressure Vessels 2012 │ Visual Inspection Assessment of Pressure Vessels 2015 Edition compiled by Wang Jibing, Li Jun, and Song Wenming │ Frequently Asked Questions in Pressure Vessel Design and Manufacturing │ Detailed Implementation Rules for Administrative Licensing Review of Pressure Vessel Manufacturing (Installation, Renovation)│ Reactor Analysis and Design│ Automatic Adjustment of Reactor│ Reactor Quchuanjin│ Fermentation Production Equipment│ Fermentation Equipment College Light Industry Major Trial Textbook│ Nozzle Technical Manual (Second Edition)│ Nozzle Technical Manual│ Ejector Susokolov 292│ Basic organic chemical process and equipment │ Installation technology │ Container inspection training guide edited by Peng Fang and Zhang Jianfeng 2012 edition │ Design of industrial reactors │ Industrial cracking device │ Industrial boiler design, manufacturing, installation of new technologies and boiler operation maintenance and fault diagnosis and troubleshooting practical manual 1360 │ Design of commonly used chemical unit equipment 2nd edition Chen Yingnan 2017 edition │ Design of commonly used chemical unit equipment │ Design of commonly used chemical unit equipment 290 │ Design of commonly used chemical unit equipment Li Gongyang South China University of Technology 301 │ Design of commonly used chemical unit equipment 2nd edition │ Powerful spinning process and equipment │ Powerful spinning technology ------ Xu Honglie │ Xu Honglie Powerful spinning technology cover │ Design and application of microreactors edited by Wang Lin 2016 edition │ Extrusion process and mold design - book │ Impingement flow reactor principle and application │ Spin forming technology - Japan Plastic Engineering Society │ Spin technology - Wang Chenghe │ Inorganic plant equipment calculation │ Daily output of 1,000 tons of synthetic ammonia plant metal materials 263 │ The latest chemical equipment design and manufacturing and standard parts selection and domestic and foreign design standards and specifications practical book │ Mechanical and process equipment manufacturing technology 2011 edition │ Application of mechanical transmission equipment in chemical industry │ Mechanical equipment assembly and testing │ Vegetable oil plant chemical process and equipment │ EU Practical Guide to Pressure Equipment 324 │ EU Practical Guide to Pressure Equipment 335 │ Gas-liquid reaction and reactor │ Gas-liquid-solid reactor design │ Alumina production equipment │ Chinese-English Chemical Machinery Dictionary │ Fluid Engineering Practical Technology Research 2010 Edition │ A Concise Handbook of Fluid Engineering (Fluid Flow Process and Device Design) (US) NP by Chermishenov, compiled by Pan Wenquan, 1989 edition │ Principles of Fluid Machinery (Part 1 and 2) │ Offshore Oil Drilling Engineering Technology and Equipment 2010 Edition │ Paint Production Equipment 2012 │ Principles and Applications of Trickle Bed Reactors 2013 │ Special Equipment and Accessories for Refining │ Introduction to Refinery and Chemical Processes and Equipment │ Refinery and Chemical Plant Equipment Design Manual (Volume 1) 240 │ Refinery and Chemical Plant Equipment Design Manual (Volume 2) 446 │ Refinery Design and Engineering Series Refinery Mechanical Equipment Design │ Refinery Static Equipment │ Refining Equipment 2013 │ Refining Equipment Engineer's Manual │ Refining Equipment Technology 2011 Edition │ Refining Process and Equipment 2014 │ Practical Manual on New Technologies and Standards for Coking Equipment Installation and Maintenance │ Coal Chemical Equipment Recommendation Manual │ Gas Infrared Equipment Reference Atlas (Tianjin Architectural Design Institute) 113 Pages 1974 │ Glass Industry Thermal Equipment │ Bioprocess Engineering and Equipment - Chen Hongzhang │ Petrochemical Engineering Quality Inspection Outline Volume 3 Moving Equipment Installation Engineering │ Petrochemical Engineering Quality Inspection Outline Volume 4 Static Equipment Installation Engineering │ Calculation of the main processes and equipment of petroleum processing │ Petrochemical Industry Basic Knowledge Series Refining Equipment Basics 3rd Edition Edited by Ma Bingqian 2019 Edition │ Petrochemical Plant Practical Materials Manual │ Petrochemical Plant Equipment Common Troubleshooting Manual │ Petrochemical Fixed Pressure Vessel Manufacturing Engineering │ Petrochemical Workers Technical Training Textbooks Petrochemical Processes and Equipment │ Fundamentals of Petrochemical Machinery │ Petrochemical Fluid Machinery │ Petrochemical Plant Process Control Design Manual │ Petrochemical Equipment Manufacturing Process │ Petrochemical Equipment Installation and Construction Manual Xie Zhongwu 510 │ Petrochemical Equipment Manual Part 1 Petrochemical Equipment Design Information and Data │ Petrochemical Equipment Manual Part 3 Petrochemical Heating Furnace Design (Volume 1) │ Petrochemical Equipment Manual Part 3 Petrochemical Heating Furnace Design (Volume 2) │ Petrochemical Equipment Manual Part 2 Petrochemical Equipment Design (Volume 1) │ Petrochemical Equipment Manual Part 2 Petrochemical Equipment Design (Volume 2) │ Petrochemical Equipment Manual Part 2 Petrochemical Equipment Design (Volume 2) │ Petrochemical Equipment Technology and Management Paper Collection 2012 │ Petrochemical Equipment Technical Questions and Answers Series Basic Knowledge and Technical Questions and Answers of Refining and Chemical Equipment Edited by Qian Guanghua 2013 Edition │ Petrochemical Equipment Earthquake Resistance │ Petrochemical Equipment Design Handbook 2002 437 │ Petrochemical Equipment Design Handbook 2007 (Second Edition) 467 │ Petrochemical Equipment Design Handbook (Second Edition) │ Petrochemical Equipment Design Handbook │ Petrochemical equipment design reference materials Danish catalyst inspection report overview of main equipment │ Petrochemical equipment design reference drawings and technical requirements │ Petrochemical equipment design reference materials and corrosion of large-scale ammonia plants │ Petrochemical equipment design reference materials The application of finite element method in chemical machinery design 79-5-Ⅱ-28 │ Petrochemical equipment design reference materials The application of finite element method in chemical machinery design 79-7-Ⅱ-30 │ Petrochemical Equipment Design Reference Petroleum Cracking Furnace and Hydrogen Reformer Furnace Tubes │ Petrochemical Equipment Design Manual 2012 │ Petrochemical Equipment Design and Selection Manual Reactor │ Petrochemical Equipment Design and Selection Manual Machine and Pump Selection │ Petrochemical Equipment Design and Selection Manual Pressure Vessels │ Petrochemical Equipment Design and Selection Manual Petrochemical Equipment Steel │ Petrochemical Equipment Design and Selection Manual │ Petroleum and chemical industry equipment design manual standard components │ Petroleum industry equipment classification and coding │ Petroleum machinery manufacturing technology │ Material selection of petroleum refining equipment │ Petroleum refinery equipment │ Petroleum and petrochemical new technology and new equipment application manual 173 │ Finite element analysis of petroleum equipment │ Part 3 petrochemical heating furnace design (volume 1) │ Part 2 petrochemical equipment design (volume 2) 435 │ Chapter 8 Boiler Manufacturing Process 239 │ Chapter 10 Concentration Equipment │ Analysis and Design of Fine Chemical Reaction Equipment │ Pharmaceutical Factory Reaction Equipment and Workshop Process Design - Xu Kuangshi - East China University of Science and Technology - 1981 │ Pharmaceutical Factory General Equipment │ Special Equipment for Pharmaceutical Preparation Production and Workshop Process Design │ Equipment Heat Balance │ Light Chemical and Food Equipment │ Light Chemical Machinery │ Process Principles and Equipment Pan Jiazhen │ Process Control Systems and Applications; Yu Jinshou; Machinery Industry Press │ Process Machinery │ Process Fluid Machinery Jiang Peizheng 275 │ Process Fluid Machinery 2nd Edition Kang Yong, Li Guishui Editor-in-Chief 2016 Edition │ Process Equipment and Control Engineering Professional Experiment Tutorial │ Process Equipment and Control Engineering Professional Production Practice XL Concise Tutorial 2014 │ Introduction to process equipment and control engineering (83 pages) │ Comprehensive experimental guidance for process equipment and control engineering │ Process equipment manufacturing and testing_2003 │ Process Equipment Manufacturing Practical Guide Dong Jinshan 2013 │ Process Equipment Manufacturing Technology 2011 Edition │ Process Equipment Mechanics Analysis 2010 Edition │ Process Equipment Basics 3rd Edition │ Process Equipment Complete Technology │ Process Equipment Complete Technology Design Guide │ Process Equipment Control Technology and Application │ Process Equipment Machinery Basics in Novelty 376 │ Stress analysis of special parts of process equipment - Liu Minshan - 2009 │ Computer-aided design of process equipment edited by Liu Chaofeng 2016 edition │ Process equipment manufacturing 2014 │ Basics of mechanical design of process equipment │ Comprehensive design guidance for process equipment edited by Zhao Yanling, Wang Jianjun, Guo Yadong 2019 edition │ Process equipment design first edition Zheng Jinyang et al. 452 │ Process Equipment Design Third Edition Zheng Jinyang et al. 400 │ Process Equipment Design 2010 Edition │ Process Equipment Design │ Process Equipment Design Fourth Edition │ Basics of Process Equipment Design and Selection │ Theoretical Basis of Metal Material Properties 111 │ Titanium Plastic Processing Technology 2010 Edition │ Routine Inspection Methods and Inspection Tools for Steel Pressure Vessel Manufacturing │ Practical Cutting Manual for Steel Vessels and Structural Parts Lin Zhimin 328 │ Handbook of Commonly Used Metal Materials for Boilers and Pressure Vessels 772 │ Steel for Boilers and Pressure Vessels │ Boiler Design, Manufacturing, Installation, Operation, Maintenance, and Transformation Practice Book 2217 │ Thermal Equipment for Ceramic Industry 486 │ Chemical Equipment Made of High Silicon Iron │ The 2nd Edition of Biochemical Engineering and Equipment for Colleges and Universities, edited by Chen Junying, 2017 Edition College Textbook Introduction to Process Equipment Engineering Design Second Edition │ ├─22.0 Chemical Machinery and Equipment Design, Manufacturing and Installation (Including Pressure Vessel Manufacturing and Installation) Paper │ Application of 07Cr2AlMoRe material in high-pressure vessels │ Tubular reactor process technology of 100 kt∕a compound fertilizer device │ 100,000 t∕a JJD suspended water tube methanol reactor application summary │ R&D and design of 136m^3 PVC large-scale polymerization kettle│ Probabilistic model of fracture toughness of 16MnR pressure vessel steel│ Reasons for unqualified performance of 16MnR vessel plate Physical Testing Issue 5, 2004│ Source and formation of large inclusions in 16MnR steel│ Behavior of inclusions in 16MnR steel│ Hole processing of 1Cr18Ni9Ti tube sheet│ Development of 2.25Cr-1Mo-0.25V steel hydrogenation reactor.doc │ Creep-fatigue design method of 2.25Cr-1Mo-V steel pressure equipment according to ASME case 2605-1 │ Analysis of fatigue creep and creep failure of 25Cr0.5Mo steel │ Application of 2+2 stacked reactor in Guangxi Petrochemical 2.2 million women continuous reforming unit │ 2. Some issues in the development and manufacturing of 25Cr-1Mo-0.25V steel hydrogenation reactor │ 42 - Experimental study on the weldability of SA-335P92 steel for ultra-supercritical boilers │ 600MW supercritical boiler manufacturing technology │ Research on the evaluation of the pressure stabilizer cylinder forming process of 900MW pressurized water reactor nuclear power plant │ Manufacturing technology of AL-6XN alloy pressure vessels │ Research on commonly used nozzle mechanical load loading methods in ANSYS │ Analysis of transient thermal stratification of surge tubes of regulators under heating conditions in AP1000 │ Installation technology of main equipment of AP1000 reactor coolant system │ Analysis and understanding of anti-brittle fracture measures for materials in ASME Volume VIII-1 "Pressure Vessel Construction Rules" │ Forming process evaluation in ASME Nuclear Power Equipment Construction Code │ Application of ASME Code Case 2605-1 in high-temperature fatigue life design of pressure equipment │ a Oil refining unit equipment and material selection │ Experimental research on BL type quench box │ Application of CAD technology in chemical machinery design │ Application of CAE in optimization process design of graphite-free cold iron for flat rotating disk castings │ Application of CFD technology in chemical machinery design │ Research progress of Cu-Cr mechanical alloying process │ Design and manufacturing of E42 waste heat boiler │ Development of FCC special equipment passed technical appraisal │ Discussion on the design scheme of GDS indication and alarm equipment │ Hastelloy C22 composite plate equipment production │ HGT 2370-2005 Technical conditions for graphite chemical equipment │ Comparative analysis of HK40 and HP40 high temperature furnace tube material properties │ Application of HP-Nb﹢M thin-walled conversion tubes in synthetic reforming furnaces │ Analysis of the application effect of HXS type oil, gas and water three-phase separator │ Research on Inconel718 alloy homogenization process │ LTCC substrate integrated microfluidic channel heat dissipation technology │ Application of Ni-Cr-Fe alloy 690 in nuclear-level pressure-bearing equipment of pressurized water reactor │ Key points in the design and manufacturing of PED 9723EC pressure-bearing equipment │ Application of Pro/Engineer in petroleum machinery product development │ Analysis of localization of PTA hydrogenation reactor │ PTA oxidation reactor design ideas │ PYRENEES FPSO oil and gas system material selection for facilities in acidic environments │ Rational use of Q235 steel in vessel design │ Comparison of material selection between Q245R and Q345R │ Q245R (R—HIC) thick-walled vessel manufacturing │ SA-508 pressure vessels use vacuum-treated quenched and tempered carbon steel and alloy steel forgings │ Manufacturing of SA302Gr.B waste heat recovery boiler steam drum│ Analysis and countermeasures for cracks in the condensation kettle of SBS device│ Analysis of mechanical properties of different quenching media of Si-Mn-Mo-V series steel│ Development of SKSY locomotive pressure vessel hydraulic testing machine│ CFD simulation of droplet formation mechanism in T-type microchannel│ Experimental study of H2S absorption in T-type microchannel│ Slug flow characteristics in T-type microchannel│ Phase separation of annular gas-liquid two-phase flow in T-shaped microchannel │ Application of U-shaped return pipe and supporting equipment in minor repair operations in Liaohe Oilfield │ The role of U-shaped isolation water seal in blowing gas recovery device │ Analysis of changes in two-phase interface characteristics in Y-shaped microchannel │ Discussion on equipment layout design of ZSK extrusion granulation unit │ Application of π-L type dehydrogenation reactor in production │ φ2 800 Brief analysis of mm fully jacketed gas generating furnace│ "Horizontal section segmentation, vertical projection positioning" tower construction method│ Analysis of an elliptical head quality accident│ Overview of manufacturing quality control of a section of converter tube│ A three-channel weighted perturbation spectrum estimation direction finding method│ Research on a network-based equipment online fault diagnosis system│ Design and calculation of a filler support structure│ Design and improvement of a Tianyuan local structure│ Structural design of a new type of reactor │ Application of a new skirt structure in fatigue equipment │ A QPSK data communication solution for petroleum logging equipment │ Design of a regenerative segmented combined waste heat recovery equipment and its temperature control method │ Analysis of a high-pressure crystal kettle explosion accident case │ Application of three-dimensional ribbed tube heat exchange equipment in petrochemical equipment │ Application of three-dimensional design software Inventor in the design of loop reactors │ Emergency repair of carbon fiber composite materials for oil and gas pipelines connected to pressure vessels │ Brief analysis of propylene ammonia oxidation process and reactor design │ PetroChina Daqing Petrochemical independently developed a hydrogenation reactor │ Development plan and prospects of China's oil and gas equipment and petrochemical equipment │ Comparative analysis of wind loads in Chinese and American specifications │ Design and production of main and auxiliary channel micromixers │ Several issues in the design of ethylene vaporizers │ Selection and characteristics of low-temperature materials in ethylene units Yang Qingchao│ Summary of the operation of two-in-one graphite synthesis furnace for hydrogen chloride production│ Application of two-in-one graphite synthesis furnace│ Manufacturing and inspection of two-stage reforming furnace│ Development of interactive and intelligent chemical equipment CAD system│ Lactide reaction and static mixer│ Installation of extrusion granulation unit by manual shipping method│ Design of chemical equipment from a manufacturing perspective│ Application of bionic coupling technology in the field of fluid machinery │ Manufacturing and installation implementation plan of three-rotation equipment package for catalytic unit of Iran ARAK refinery │ Progress of heat and mass transfer technology and equipment │ Research and design of low-shear static mixer │ Design method of low injection coefficient water ejector │ Comparative analysis of performance of ASTMA537 and 09MnNiDR steel for cryogenic storage tanks │ Selection of support materials for cryogenic pressure vessels │ Current status and development overview of steel for cryogenic pressure vessels Zhang Yong │ Current status and development overview of steel for cryogenic pressure vessels │ Application and safety requirements of cryogenic materials in chemical equipment │ Development and application of forgings, pipe fittings, and steel pipes for cryogenic equipment │ Key points of construction process quality control of cryogenic steel pressure vessels │ Low-temperature high-toughness pressure vessel steel plates │ Numerical simulation analysis of low-height-diameter ratio airlift circulation reactors │ Analysis and discussion of She thermal boiler manufacturing technology │ Portable water jets in the field of petrochemical machinery application 4 pages │ High-performance steel plates for storage tanks and pressure vessels │ Operation problems and countermeasures of desulfurization and denitrification equipment in catalytic units │ Preparation of high aspect ratio silicon microchannels by photoelectrochemical etching │ Analysis of manufacturing process technology of full-density reactor C-4001 │ Design of composite muffler with resonance micropore plate Xue Fulian; 52-53 │ Design and development of copolyether ether homopolymerization kettle │ Research on the material selection and strengthening process of Ф86 mm down-the-hole drill bit │ Several opinions on the article "Discussion on Analytical Design Methods and Various Stress Characteristics" │ Discussion on pressure test of containers │ Some understandings on stress classification issues │ Some views on the use conditions of containers made of titanium composite steel plates │ Experimental research on the heat dissipation performance of typical microchannel liquid-cooled cold plates │ The influence of internal structure on the performance of micro-channel parallel flow evaporator│ Re-discussing the material selection, design and manufacturing of pressure vessels for large-scale coal chemical plants│ Analysis of cold roll simplified cracking│ Analysis of causes of scaling and prevention of cold exchange equipment│ Discussion of analysis design methods and various stress characteristics│ Thermal stability and parameter sensitivity of tubular fixed bed reactors│ Design of atmospheric pressure vessels in pulp and paper mills│ New features of the development of pharmaceutical machinery│ Four preparations for manufacturing pressure vessels│ Key links and processes in hydrogenation reactor manufacturing│ Hydrogenation reactor tray support manufacturing process and quality control│ Hydrogenation reactor large cylinder forging process optimization│ Overall processing of hydrogenation reactor sealing surface│ Hydrogenation reactor elbow manufacturing│ Hydrogenation reactor inspection technology│ Discussion on the manufacturing process of hydrogenation reactor│ Assembly of hydrogenation reactor│ The development status of the manufacturing of large petrochemical vessels such as hydrogenation reactors │ Forging and post-forging heat treatment of hydrogenation reactors │ Quality control of hydrogenation reactors │ Stress analysis and layout plan comparison of hydrocracking reaction oil transfer lines │ Optimization design of radiant tube racks for hydrocracking horizontal tubes │ Analysis of factors affecting hydrogen consumption of hydrogenation units │ Technical transformation of chemical water stations to optimize process flow and reduce equipment losses │ Dynamic module development of typical equipment in chemical drawings │ Characteristics of risk inspection of chemical pressure equipment and its application in Jiangsu │ The difference between chemical machinery and chemical equipment Meng Genqiqiqi 2 pages │ The difference between chemical machines and chemical equipment Meng Genqiqi 2 pages │ Chemical machinery - an important tool for high-efficiency high-tech across the century │ New analysis method for the performance of chemical machinery │ Application of chemical machinery technology in chemical equipment Wang Xiaochen 1 page │ Common problems of pressure-bearing equipment of chemical machinery and their solutions Qin Xiaochuan 1 page │ Equipment installation technical points of chemical machinery Li Mingzhao 2 pages │ Equipment installation technical points of chemical machinery │ Quality control measures for chemical machinery equipment installation projects Liang Liqiang 2 pages │ Quality control measures for chemical machinery equipment installation projects │ Chemical machinery and equipment installation engineering quality control measures Yin Kai 2 pages │ Chemical machinery and equipment installation engineering quality control measures │ Chemical machinery and equipment installation process technology analysis Niu Yanxiang 2 pages │ Chemical machinery and equipment installation technology research Chen Qing 1 page │ Chemical machinery and equipment installation technology research │ Chemical machinery and equipment installation technology analysis Wang Mindong 1 page │ Chemical machinery and equipment installation technology key points analysis │ Research on key points of chemical machinery and equipment installation technology│ Measures for improvement and optimization of chemical machinery and equipment installation│ Quality control strategy for chemical machinery and equipment installation│ Chemical machinery and equipment final review Research on the selection and application of materials in chemical machinery design Li Ping 1 page │ Chemical machinery process and particle technology │ Plugging of chemical production equipment and repair of enamel reactors │ Progress of chemical reactor equipment │ Discussion on the application of NFC technology in chemical equipment manufacturing industry │ Organization and practice of chemical equipment equipment supervision │ Finite element analysis of body and surface structure connection model in chemical equipment │ Feasibility analysis of replacing tantalum with niobium in chemical equipment │ Research on high-temperature structural design issues in chemical equipment │ Material substitution in the design and manufacturing of chemical equipment and pressure pipelines │ Preparation of technical requirements for bidding and procurement of chemical equipment │ Chemical equipment layout computer processing system │ Calculation method of chemical equipment nozzle length │ Chemical equipment mechanical basics 7 pages │ Selection of chemical equipment materials │ Chemical equipment material surface and its influence on interface adhesion strength│ Application research of 3.5Ni low-temperature steel for chemical equipment│ Organization and practice of chemical equipment manufacturing supervision│ Consideration of hydrogen damage in chemical equipment design│ Consideration of high-temperature structure in chemical equipment design│ Consideration of material substitution in chemical equipment design│ Several issues that should be paid attention to in chemical equipment design and calculation│ Several misunderstandings in chemical equipment design and calculation│ Issues that should be paid attention to during the design and calculation process of chemical equipment │ Questions and answers on chemical equipment design │ Design examples of overpressure relief devices for chemical equipment │ Design skills for steel structures and outer pipes of chemical equipment │ Reboilers in the chemical process │ Manufacturing and installation of casing makeshift sections for Shisanling energy storage power station │ Semi-water gas wet desulfurization equipment and process application │ Key points of the manufacturing process of half-pipe jacketed vessels │ The working principle and structure of the half-pipe bending machine │ Analysis of problems in the production of hazardous chemical atmospheric pressure vessels │ Pressure vessel blanking size and expansion size │ Control of pressure vessel blanking size │ Analysis of similarities and differences in material inspection of pressure vessels and gas cylinders │ Quality control of materials in pressure vessel manufacturing │ Research and development of CAPP system for pressure vessel manufacturing 5 │ Pressure vessel manufacturing and cost │ Experience in material quality control in pressure vessel manufacturing │ Discussion of several issues in pressure vessel manufacturing │ Problems and solutions in pressure vessel manufacturing │ Common problems in pressure vessel manufacturing │ Common problems and analysis in pressure vessel manufacturing │ Analysis of common problems in material substitution in pressure vessel manufacturing │ Discussion of material substitution in pressure vessel manufacturing │ Forward traceability of material management in pressure vessel manufacturing │ Discussion of plate consumption process quotas in pressure vessel manufacturing │ Preparation of pressure vessel manufacturing processes │ Issues that should be considered in pressure vessel manufacturing │ Design and drawing of layout diagrams for pressure vessel manufacturing │ Application cases and solutions of welding materials for pressure vessel manufacturing │ Several process issues in pressure vessel manufacturing │ Discussion of material preparation processes for pressure vessel manufacturing │ Characteristics, common problems and countermeasures of pressure vessel manufacturing │ Analysis of common problems in supervisory inspection of pressure vessel manufacturing │ Analysis of common problems in supervision and inspection of pressure vessel manufacturing │ Quality control and supervisory inspection of pressure vessel manufacturing │ Analysis of control countermeasures for deformation during the manufacturing process of pressure vessels │ Several issues and suggestions on the implementation of regulations and standards in the manufacturing process of pressure vessels │ Discussion on deformation control in the manufacturing process of pressure vessels │ Investigation into the manufacturing process of pressure vessels and discussion of several issues │ Analysis of manufacturing technology of thick-walled cones of pressure vessels │ Quality control of the manufacturing process of thick-section top cover forgings of pressure vessels │ Analysis of the hazards of original manufacturing defects of pressure vessels │ Deformation and preventive measures that are prone to occur during the manufacturing process of pressure vessels │ Manufacturing process of large-diameter plug-in mitered pipes for pressure vessels│ Design and development of pressure vessel integrity test system│ Standardization in pressure vessel construction│ Material substitution and welding control in the construction process of pressure vessels│ Drawing method of pressure vessel layout diagram│ Improvement of pressure vessel nozzle opening manufacturing process│ Discussion on pressure vessel material substitution issues│ Research on the selection of pressure vessel materials│ Brief introduction to pressure vessel paint coating│ Analysis and comparison of 16MnR and SA-516 steel plates for pressure vessels │ Analysis and comparison of 16MnR and SA-516 steel plates for pressure vessels │ Overview of domestic production of 16MnR steel for pressure vessels │ Special requirements and procurement tips for steel plates for pressure vessels │ Changes in forging standards for pressure vessels 5 │ Discussion on supervisory inspection issues of pressure vessels │ Improvement of pressure vessel pressure test systems │ Common problems in the design process of pressure vessels │ Design and manufacturing of pressure sintering furnaces │ Manufacturing process of pressurized water reactor pressure vessels │ Effect of cooling rate on the structure and performance of thick-walled composite steel plate cones after hot forming │ Supervision and inspection control of thick-plate pressure vessels made of UNSN08810 material │ Design and improvement of plate-pulling manipulators for chamber filter presses │ Research on submerged arc welding processes for dual-phase steel equipment │ Application and improvement of dual-speed control technology on 108m3 polymerization kettle│ Development and process design of new reactor materials│ Reactor top cover strength evaluation and reinforcement design│ Research on engine blade shot peening process and equipment│ Pressure swing adsorption nitrogen production technology and equipment selection│ Research on glass-ceramic microchannel reactor prepared by stacking method│ Membrane reactor that can reduce waste of natural gas│ Numerical simulation study of vane cyclone flow field │ Design and application of vane demister │ Analysis of the influence of the number of blades on the flow field of guide vane cyclone │ The role of contract review in the pressure vessel quality assurance system │ Analysis and resistance reduction measures of fixed layer reactor resistance in synthetic ammonia production │ Design of conversion furnace of ammonia synthesis unit │ Application of synthesis furnace in chlor-alkali industry │ Research on material selection for pressure vessels in oil and gas environments containing H2S and CO2 │ Application of circumferential exposure in the production of large vessels │ Characteristics of Hastelloy B-3 nickel-molybdenum alloy and container manufacturing process characteristics │ Application of Hastelloy C-276 material in chemical pressure vessels │ Hastelloy and its applications │ Production and application of Hastelloy sheet linings │ Stress analysis of the corner transition zone of the inclined cone shell of the fixed tube bundle kettle reboiler │ Axial stress analysis of the heat exchange tubes of the fixed tube sheet kettle reboiler │ Domestic 12Cr2Mo1R_H_Application of steel plates in hot high-pressure separators │ Manufacturing requirements for domestic 2.25Cr1Mo in equipment design │ Technology and current situation of domestic titanium equipment │ Comparison of domestic and foreign fixed pressure vessel construction standards │ International standardization promotes the quality of petroleum equipment products │ Computer plate arrangement process of cylindrical pressure vessels and vertical storage tanks │ Residual stress attenuation rules and effects of in-service self-reinforced reaction tubes │ Main inspection methods of in-service ultra-high pressure crystal kettles│ Metallographic inspection of in-service ultra-high pressure crystal kettles│ Problems and suggestions found during the supervision and inspection of pressure vessel materials in use Wang Yuan│ Application of online acid mixers in compound fertilizer devices│ Research on gas-liquid two-phase flow patterns in vertically placed rectangular microchannels│ Structural stress analysis of large chemical equipment based on ANSYS sub-model method│ Reliability analysis and design of the inclined cone shell of the kettle reboiler based on ANSYS │ Design and optimization of micro-channel liquid cooling cold plate based on CFX │ Design of chemical equipment parts library based on COM technology SolidWorks secondary development │ Design of micro-channel temperature controller based on DSP │ Optimization and integration of CAD system for heat exchange equipment based on Matlab │ Modeling design of chemical machine parts based on Pro/ENGINEER │ Research on PDM system for chemical machinery products based on Web │ Three-dimensional system packaging microchannel layout design based on fractal theory │ Research on liquid cooling microchannel design based on surface acoustic waves │ Research on reliability assessment technology of key equipment components based on Weibull distribution │ Petroleum machinery equipment design process based on finite element analysis method │ Numerical study on microchannel heat transfer characteristics based on lattice Boltzmann method │ Research on internal fluid dynamics characteristics of reactor based on slip grid │ Pressure equipment integrity assessment technology based on RBI-SIL analysis of (petrochemical plant) system │ Thoughts on issues related to increasing process thinning │ Research on microchannel closure with surface acoustic wave as energy source │ Analysis of capacity reduction coefficient in shell buckling analysis │ Pre-assembly of key equipment pressure vessels in Shell gasification │ Manufacturing and inspection of key equipment pressure vessels in Shell gasification technology (1) │ Manufacturing and inspection of pressure vessels, key equipment in Shell gasification technology (2) 5 │ Analysis of the inflation temperature effect of composite pressure vessels │ Manufacturing process of composite steel plate pressure vessels │ Manufacturing quality control of composite steel plate pressure vessels │ Modification of compound fertilizer production equipment │ Flange leakage check method under external load │ Improvement of the wrapping and welding manufacturing process of multi-layer wrapped pressure vessels │ Manufacturing, processing and quality control of multi-layer wrapped pressure vessels │ Preliminary study on the performance of multi-microchannel gas static pressure restrictor │ Design and analysis of multi-microchannel gas static pressure restrictor │ Manufacturing of multi-cavity pressure vessel polymerization kettle │ Multi-channel microfluidic electrophoresis chip CCD detection system │ Integrated turning, grinding and polishing process for the outer surface of large and medium-sized rollers │ Application of large HCI graphite synthesis furnace │ Manufacturing of large trichlorethylene fixed bed reactor │ Equipment layout and piping design of cold area of large ethylene plant │ Renovation of heat transfer system of large hydrogenation kettle│ Structural strengthening technology in the construction of large pressure vessels│ B610E for large crude oil storage tanks_08MnNiVR_Development of high-strength quenched and tempered steel plates 3 │ Performance of WH610D2 steel plates for large crude oil storage tanks 3 │ Quality control during the manufacturing supervision of large towers │ Factors to be considered in the manufacturing of large tower vessels │ Manufacturing and assembly of large Shell coal gasifiers │ Manufacturing and assembly of large Shell coal gasifiers │ Mechanical processing technology in the manufacturing process of large vessels │ Technical requirements and manufacturing practices for thick-walled chromium-molybdenum steel pressure vessels for large-scale coal-to-methanol plants│ Analysis of technologies related to the manufacturing of large-scale special material pressure vessels│ Simulation study of large-scale cylinder forging process parameters and characteristics│ Analytical calculation and safety assessment of large-scale autoclave│ On-site production of large-scale equipment│ Analysis and design of plate-type tooling lifting lugs on the top of large-scale equipment│ Manufacturing technology of large-scale maleic anhydride reactor│ Technical characteristics and improvements of large-capacity reactors Qin 2 │ Technical characteristics and improvements of large-capacity reactors Qin 2 │ Discussion on manufacturing technology of large-opening overlapping equipment │ Discussion on manufacturing technology of large-opening overlapping equipment │ New optimized process measures for large-section ductile iron │ Manufacturing technology of large-diameter integral multi-layer wrapping equipment │ Research progress of natural gas hydrogen production reactor │ Manufacturing of jacketed vessels │ Application of jacketed water-cooled buried scraper machine in the production of monoammonium phosphate │ Research and development of autoclave for laminated glass │ Effect of inclusions on hydrogen-induced cracking resistance of 16MnR (HIC) steel plate │ Analysis of hole cold extrusion strengthening process parameters │ Development and application progress of Baosteel boiler vessels and thick steel plates for electric power │ Research on the mechanism evolution rules of volumetric fluid machinery │ Research on high-temperature oxidation failure of Cr5Mo alloy steel under external load │ Opinions and suggestions on several problems existing in the cracking furnace of ethylene plant │ Discussion on common faults of chemical machinery and equipment will be 1 page │ Selection analysis of para-nitrochlorobenzene crystallization equipment │ Discussion on material substitution in pressure vessel manufacturing │ A brief view on the calculation of the swirl plate opening area │ A brief view on the calculation of the swirl plate opening area_Supplement │ Measurement and calculation of residual deformation in ultra-high pressure vessel pressure test │ Remaining life assessment technology of urea high-pressure equipment │ Difficulties in manufacturing sorbitol hydrogenation reactor │ Fixed bed reactor with fluid distributor and fluid collector │ Design points of commonly used pressure-bearing liquid ammonia storage equipment │ Fatigue crack growth rate of commonly used 16MnR and other pressure vessel steels │ Technical characteristics of flat mechanical upsetting machines │ Experimental research on two-phase flow patterns and pressure drop in parallel rectangular microchannels │ Visual research and pressure drop calculations on parallel rectangular microchannels │ Research on gas-liquid two-phase flow patterns in curved square cross-section microchannels │ Structural characteristics of elbow type CO gas conversion furnace │ Manufacturing technology and quality control of circulating gas and oil separation shells │ Research on instantaneous fluctuations in circulating fluidized bed riser pressure │ Amplification issues of circulating fluidized bed riser reactors │ Manufacturing technology of circulating fluidized bed boiler air and water combined slag cooler │ Application of microreactors in the chemical industry │ Continuous extrusion forming process of micro microchannel tubes │ Numerical simulation of electroosmotic slip phenomenon in microchannels │ Numerical study of inertial aggregation characteristics of particles in microchannels │ Mechanical properties of inertial aggregation of particles in microchannels │ Research on the migration behavior of phenol in three-phase extraction systems in microchannels│ Finite element analysis of alternating electric field electroosmotic flow in microchannels│ Gas-liquid mass transfer characteristics in microchannels│ Research progress on fluid pressure drop in microchannels│ Research on the application of visual measurement technology for flow fields in microchannels│ Research progress on liquid-liquid two-phase flow in microchannels│ Liquid-liquid two-phase flow patterns in microchannels│ Research progress on flame propagation in microchannels│ Research on the boiling heat transfer characteristics of magnetic fluid in microchannels │ The influence of the inner surface properties of microchannels on the flow characteristics of the fluid inside │ Experimental research on high-throughput magnetophoretic separation in microchannels │ Analysis of the influence of single-phase gas flow characteristics in microchannels │ Preparation of YAG nanopowders by microchannel reaction-co-precipitation method │ Research on the bromination reaction process of tert-butanol in microchannel reactors │ Preparation of Cu-ZnO catalysts in microchannel reactors │ Application of microchannel reactor in synthesis reaction │ Research on the application of microchannel reactor in dye synthesis │ Development and application of microchannel reactor │ Continuous synthesis of isooctyl nitrate by microchannel reactor │ Research on new processing technology of long straight microchannel of microchannel radiator │ Removal of carbon pollution on the surface of microchannel plate │ Experimental study of rectangular channel milling process of microchannel liquid cooling cold plate │ Gas flow resistance characteristics of micro-channel right-angle sharp bends │ Engineering application of micro/small channel cooling technology │ Design calculation of quick-opening flange (2) │ Structural optimization design of suspended liquid collector │ Development and prospects of my country's chemical process equipment technology │ Brief analysis of the current situation and development trend of my country's chemical non-standard equipment │ Current status of my country's pressure vessel steel standards │ Introduction to my country's pressure vessel steel forging standards and product status │ Ten years of technical progress and prospects for the standardization of pressure equipment in China│ Current status and market prospects of my country's offshore oil equipment│ Differences between my country's refining and chemical plant equipment thermal insulation and wear-resistant lining technology and foreign countries│ The development of my country's petroleum and petrochemical industry demand for fluid machinery│ Manufacturing capabilities and technological progress of some major pressure vessel manufacturers in China│ Numerical simulation research on the impact of pressure equipment take-up structures on gas release│ Brief analysis of steel forging standards for pressure equipment│ Baffled supergravity rotating bed and its application in distillation │ Hot press forming of folded transition cone section │ Material conversion when manufacturing pressure vessels according to ASME specifications │ Theoretical prediction and experimental study of critical fluidization velocity of vibrating fluidized bed │ Application examples of vibration monitoring technology in the operation detection of rotating equipment │ Reasons for misdiagnosis of equipment faults in the vibration diagnosis process and its control methods │ Discussion of chemical machinery and equipment installation process technology Hamiti 1 page │ It is recommended to use a new type of superphosphate production mixing device │ A brief discussion on improving the efficiency of chemical equipment and machinery Sun Jian'an 2 pages │ Thoughts on improving the teaching effect of chemical equipment machinery basic course Li Huifang 1 page │ Improving the quality of pressure vessel steel plates_Ensure the safe operation of pressure vessels │ Ways to improve the service life of mechanical equipment in chemical plants Li Fengxin 6 pages │ Improve the reliability of refinery equipment │ Causes and countermeasures for large-scale porcelain explosions in glass-lined equipment │ Analysis and countermeasures for the vulnerability of the porcelain layer of glass-lined equipment │ Discussion of the allowable stress of glass-lined equipment │ The impact of support stiffness on the vibration of the reactor │ Strength analysis and engineering design method research of the integral rotating gear mesh quick-opening device │ Venturi scrubber pressure loss model │ Bucket elevator hydraulic transmission equipment used in large particle urea device │ New four-in-one hydrochloric acid synthesis furnace successfully developed │ New multi-channel controlled micro ultrasonic motor │ Application effectiveness of new vinyl chloride converter │ Manufacturing of new coal-water slurry gasifier Qin Ling │ Manufacturing of new coal-water slurry gasifiers│ Application of new tubular reactors in the production of amino acid compound fertilizers│ Application of new process intensification equipment in fertilizer plants│ Application of new deaerators in ammonia synthesis units│ Application of new high-efficiency mercury removers in vinyl chloride gas phase mercury removal│ Introduction to the new steel plate standard for pressure vessels│ Rotary membrane thermal deaerator technology and its applications│ Discussion and case analysis of misalignment faults of rotating machinery │ Diagnosis and treatment of unbalanced faults of rotating machinery rotors │ Application of throatless injectors in gas generators │ Selection of equipment for anhydrous hydrogen fluoride production reaction system │ Materials and performance of the latest four-evaporator system │ Analysis of machining accuracy errors and countermeasures │ Effect of mechanical alloying process on the microstructure of Fe33Si67 alloy │ Comparison of the excavation trajectory of mechanical and hydraulic excavators and the trajectory achieved by the five-bar mechanism │ Design of mechanical automatic descaling oil field heating device │ Washing performance of maleic anhydride carboxylated starch prepared by mechanical activation method │ Analysis of the application of mechanical automation in chemical machinery manufacturing Guan Weilong 1 page │ Design of fuel-saving controller for mechanically driven drilling rig diesel engine │ Prevention and control of sheet metal bending rebound amount │ Stress and fatigue analysis of the feed heater tube sheet of a reactor │ Discussion on the layout of the diesel hydrogenation unit equipment │ Application of spline curves in setting out the cylindrical vessel opening nozzle Sun Limin; Gao Bingjun; 79-82 │ Development and research status of steel for nuclear power pressure vessels │ Production technology of extra thick steel plates for pressure vessels in nuclear power plants │ Analysis of steel for nuclear pressure equipment in nuclear power plants │ Electroslag surfacing of nickel-based alloy strips in nuclear power equipment │ Stress analysis method of skid equipment │ Correct analysis of conical furnace and straight furnace │ Correct formula for calculating the cold drawing value of square compensator installation │ Application of gas-liquid coalescer in reformer unit │ Progress in theoretical research of air-lift circulation reactor │ Calculation of pressure drop of gas-liquid impingement flow scrubber Piping design of the reaction discharge system of the gas phase polyethylene unit│ Discussion on the material selection of fluoride salt equipment│ Oxidation reactor manufacturing technical solutions and control measures│ Manufacturing and inspection of ammonia separators│ Discussion on heat transfer methods of vinyl chloride polymerization tanks│ Manufacturing of vinyl chloride converters│ Manufacturing of chlorination reactors│ Hydrogen chloride synthesis furnace temperature detection and control system│ Research on process design method of hydrogen chloride round hole graphite cooler│ Discussion on hydrochloric acid synthesis technology in water-jacketed graphite two-in-one furnace│ A calculation method of water seal height│ Design of water-wash contactor│ Design of lock bucket in coal-water slurry gasification device│ Calculation and analysis of heat transfer of phase change heating equipment for oil and gas gathering and transportation│ Application of oil monitoring technology in fault diagnosis of petrochemical rotating equipment│ Several issues that must be paid attention to in the application of flanges │ Experience and opinions of 20 years of mechatronics engineering education at the University of Applied Sciences Bochum (1993-2013) │ Optimization of injection-blow integrated hollow container molding │ Research on back-mixing in flow reactors │ Infrared characteristics of microchannel wall temperature under flow boiling conditions │ Design and calculation of fluidized bed reactor equipment │ Design of truncated cone-shaped distribution plate in fluidized bed granulation device │ A brief analysis of common problems in pressure vessel manufacturing engineering │ A brief analysis of new developments in pressure vessel manufacturing processes │ A brief analysis of how to control deformation problems in the manufacturing process of pressure vessels │ A brief analysis of equipment layout and piping of urea high-pressure rings │ A brief analysis of equipment installation and construction technology │ A brief discussion of quality control in chemical machinery and equipment installation projects Zhang Yanliang 2 pages │ A brief discussion of common problems and emergency measures during the use of chemical machinery Zhuo Yuanjie 1 page │ A brief discussion on the technical points of installation of chemical machinery and equipment│ A brief discussion on pressure vessel manufacturing_Problems and countermeasures during the installation process │ A brief discussion of process control in the manufacturing of pressure vessels │ A brief discussion of problems in the manufacturing process of pressure vessels │ A brief discussion of several factors that should be considered when selecting materials for pressure vessel shells │ A brief discussion of the requirements for material quality certificates for pressure vessels │ A brief discussion of how to do a good job in quality control of materials used in pressure vessel manufacturing │ A brief discussion of how to improve the efficiency of chemical equipment and machinery Guo Fang 1 page │ A brief discussion on the establishment of a quality assurance system for special equipment │ A brief discussion on the quality control of electromechanical installation projects │ A brief discussion on common problems and countermeasures in the installation and construction of petrochemical machinery and equipment Tang Bo 1 page │ A brief discussion on the application of air coolers in the chemical industry │ The manufacture and trial of concentrators │ Offshore platform equipment isolation requirements and isolation methods │ Optimization of offshore polymer injection oil field production processes and equipment │ Offshore platform module internal equipment skid construction technology │ Offshore oil platform pigging equipment layout and piping design │ Analysis of offshore oil platform equipment skid characteristics │ Offshore oil equipment importance rating │ Discussion on the installation of offshore drilling rig module mechanical equipment │ Brief discussion on common problems in the installation of submarine pipeline expansion bend │ Design and application of residual gas classifier in matting agent preparation │ Calculation of equipment selection for liquefied petroleum gas gasification station │ Mechanism research and equipment development of liquid column jet desulfurization technology │ Improvement of the heat transfer structure of slurry polymerization kettle and analysis of its impact on heat transfer │ Drilling of deep holes │ Manufacturing process and optimization of atmospheric pressure vessel skids for deep water platforms │ Optimization of wet dye post-treatment sand grinding process equipment │ Application of laser alloying process in the manufacture of worn old roller tables and new roller tables │ Protection technology of idle equipment in refining and chemical enterprises │ Key points and quality control of the installation of electromechanical equipment in refining and chemical engineering │ Parameter estimation of the delay time model of refining and chemical equipment │ Performance calibration analysis of large-scale equipment in refining and chemical enterprises │ Several opinions on the use of titanium in refining and chemical equipment │ Refinery equipment material selection │ Optimization analysis of self-reinforced pressure of thick-walled cylinders under thermal-mechanical load │ Influence of thermal processing process on the structure and performance of 2.25Cr-1Mo steel forged elbows │ Application of thermal spraying technology in petrochemical equipment │ Research on the performance of thermal sprayed alumina and tungsten carbide coatings│ Manufacturing and inspection of hot wall hydrogenation reactors│ Application of welding automation technology in pressure vessel manufacturing│ Issues that need to be paid attention to in the installation supervision and inspection of coke oven gas hydrogen production equipment and pressure-bearing equipment│ Analysis and discussion of material selection for coal chemical conversion furnaces│ Coal chemical equipment wear-resistant layer surfacing test and technical application│ Brief analysis of several equipment problems in coal gasification equipment│ Effects of melting process and aluminum content on the microstructure and mechanical properties of Fe-Al alloy│ Main manufacturing process of molten salt coolers│ Manufacturing and inspection of special structure high-pressure scrubbers│ Analysis of capacity building of special equipment welder examination institutions│ Research on the application of modern machinery manufacturing technology and processing technology│ Fracture toughness and minimum service temperature of steel for spherical pressure vessels│ Arm yourself with advanced equipment and promote the progress of chemical machinery manufacturing technology. Chen Jianjun, Chemical Machinery Factory of Sinopec Group Nanhua Company, Page 11│ The aspect ratio of microchannels composed of different hydrophobic walls and the spontaneous capillary flow of liquid in the channel│ The segmented installation technology of 100-meter tail gas chimneys│ The structural repair and optimization of brine preconditioners│ Wind load calculation when vertical equipment is located above the basic wind pressure measuring point│ Research progress of phase change heat transfer microchannel technology│ Phase change is related to the rational design and application of chemical equipment materials │ Pressure drop characteristics of gas-liquid two-phase flow in rectangular microchannels │ Comparison of Chinese and American codes for calculation of seismic action of steel frames in the petrochemical industry │ Comparative analysis of Chinese and American codes for calculation of wind load of open steel frames of petrochemical plants │ Control strategies for petrochemical equipment installation engineering │ Preparation methods and prospects of graphene │ In-depth supervision of petrochemical and new energy equipment │ Common problems and measures in the installation and construction of petrochemical machinery and equipment Tao Liang 1 page │ Material quality control in petrochemical equipment manufacturing │ Design and optimization of petroleum machinery software analysis platform │ Research on petroleum burner machinery manufacturing technology │ Selection of oil drilling well structure and drilling rig equipment │ Three-dimensional sheet metal lofting of sulfuric acid converter variable diameter special-shaped nozzle │ Vertical equipment combination design and analysis │ Application of plasma arc welding technology in the manufacturing of pressure-bearing equipment │ Simple and effective equipment fault diagnosis method - earpiece diagnosis method │ Simplified calculation of steel truss weight │ Analysis and countermeasures of causes of fouling and blockage in tubular reactors │ Analysis of pipe head upsetting forming process │ Influence of rough elements on laminar flow in rectangular microchannels │ Application of infrared thermal imaging detection technology in the inspection of pressure-bearing equipment │ Structural design of fiber-wound annular pressure vessel composite materials │ Application of new liquid drainage and discharge devices in crystallization equipment │ Research on comprehensive mechanized working face gob-side lane mining methods and related equipment │ Technical status and development trends of green and low-carbon petroleum equipment │ Structural design of polycondensation reactor │ Carbonation reactor manufacturing process │ Pressure-resistant sanitary grade quick-opening manhole and hand hole structure │ Repair of acid-resistant enamel equipment │ Improvement of online monitoring of hydrogen in polypropylene loop reactor │ Assembly of internal cooling tube group and shell of polymerization reactor │ Analysis of common faults of polytetrafluoroethylene lining equipment │ Relationship between appearance of polyolefin resin particles and production process and equipment │ Equipment supervision of large reactors of polyolefin units │ Summary of modification of desulfurization regeneration tank injector │ Analysis and improvement of causes of leakage of large flange of desulfurization reactor │ Application of waist-shaped reaction crystallizer in the extraction of phosphoric acid │ Research on the formulation of scale inhibitors for membrane equipment │ Self-made sliding gantry installation of 4800L vertical mixer │ Application of automated cutting and welding equipment in pressure vessel manufacturing │ Design of pressure water tank for jack-up drilling platforms │ Basic points of self-standing steel chimney design │ Development of fully automatic safety interlocking device for autoclave │ Key points for quality supervision, inspection and control of autoclave installation│ Finite element stress calculation of local structure of autoclave│ Engineering method for autoclave strength calculation│ A brief analysis of autoclave exhaust noise control A brief analysis of autoclave exhaust noise control A brief analysis of autoclave exhaust noise control│ Several precautions in autoclave inspection│ Risk analysis and control of autoclave│ Optimization and improvement of autoclave equipment │ Application of bolt tensioner in ammonia stripping urea plant │ Calculation method of bracket stress for installing rotary compensator at angular steering position │ Be alert! Pressure-bearing equipment welded with flux-cored wire are all substandard products.doc │ Computer-aided chemical machinery quality management │ Application of computer-aided engineering in chemical machinery │ On quality control measures for chemical machinery equipment installation projects Luo Yongjun 1 page │ On-site reliability data collection of equipment │ Discussion on quality assurance methods based on risk management for equipment supervision │ Equipment supervision management │ Strength and stability calculation of equipment connection brackets etc. │ Calculation and analysis of equipment steel support columns │ Development and application of standard drawings and calculation programs for equipment pre-welded parts │ Supercritical CO_2 Research on flow distribution optimization of micro-channel parallel flow air cooler │ Steel power equipment for supercritical and ultra-supercritical boilers October 2004 │ Quality control of on-site assembly welding of ultra-large equipment │ Quality control of on-site assembly welding of ultra-large equipment │ Super duplex steel composite plate 16MnR+SAF2507 hot forming process │ Collection of papers on steel and welding technology for ultra-supercritical boilers (internal communication information) │ Research on residual stress testing of ultra-high pressure reaction tubes │ Discussion on magnetic particle testing methods of ultra-high pressure crystal kettle clamps │ Structural modification design of drum granulator │ Tire uniformity testing mechanism and equipment development progress │ Application of soft polyvinyl chloride lining in chlor-alkali systems │ Effect of transition zone arc radius on the strength of forged flat heads │ Use ASME specifications to manufacture pressure-bearing equipment that meets PED requirements │ Simulation study of continuous channel microstrip duplexer │ Effect of annealing cooling rate on the structure and properties of 1Cr5Mo steel │ Development of step-by-step extraction equipment and its economic benefits │ Optimization of structural parameters of channel-type electromagnetic normally closed microvalve │ Manufacturing process of vinyl acetate synthesis reactor │ Process calculation and equipment selection of graphite falling film absorber to absorb HC amount │ Numerical simulation of contact stress distribution of metal gaskets │ Research on the heat and mass transfer performance of metal filler type air treatment equipment │ Numerical analysis of compression rebound characteristics of metal elliptical ring gaskets │ Application of metal high-energy processing technology in the field of low-temperature pressure vessel manufacturing │ Computer processing and selection of kettle reactors │ Design of kettle reboilers │ Material selection, design, manufacturing and operation management of titanium chemical equipment │ Economics and reliability of titanium petrochemical equipment │ Applications of titanium and its alloys in the chemical and petrochemical industries │ Application of titanium microalloying process on Q345B coiled plates │ Titanium tube manufacturing and installation process │ Hot gas circulation test of titanium steel composite plate equipment │ Discussion on design and manufacturing technology of titanium steel composite plate equipment │ Design of steel hydrogenation reactor │ Manufacturing and application of steel seamless pressure vessels │ Tantalum composite plate equipment manufacturing technology │ Three-dimensional numerical structure optimization of copper-aluminum microchannel heat sink│ Research on the manufacturing technology of zirconium-steel composite plate pressure vessels│ Discussion on the technology of preparing hydrolysis kettles for zirconium steel composite plates│ Zirconium steel composite plate reactor manufacturing technology│ Design and attention issues of zirconium steel equipment│ Development of trivalent chromium passivation process for zinc and zinc alloy coatings│ Phosphating process of zinc and zinc alloy plates│ Pretreatment and passivation process of zinc alloy parts │ Segmented mechanical expansion test of nickel-based alloy heat exchange tubes │ Manufacturing of nickel steel composite plate pressure vessels │ Research status and development of mechanical reversing devices for long-stroke oil pumping units │ Application of stepped anti-wear drop pipes in coal water slurry preparation │ Reduce the impact of gas turbine inlet air on equipment │ Application of cluster night vision monitoring in oil pumping equipment pipelines │ Application of static mixers in petrochemical industry │ Non-chemical machinery major - Basic teaching experience of chemical equipment machinery Zhang Xueqin 3 pages │ Analysis of resistance characteristics of non-polar fluids in microchannels │ Analysis of non-standard equipment flange design │ Innovation of non-standard static equipment framework agreement procurement methods │ Digital factory platform for design and manufacturing │ Difficulties in the manufacturing of pre-hydrogenation reactors and their treatment measures │ Difficulties in the manufacture of prehydrogenation reactors and their treatment measures. Ju Min │ Technical conditions for manufacturing prehydrogenation reactors │ Manufacturing and inspection of prehydrogenation reactors │ Design of preheating and predecomposition system equipment (1) │ Design of preheating and predecomposition system equipment (3) │ Design of preheating and predecomposition system equipment (2) │ Design of preheating and predecomposition system equipment (4) │ Edible oil hydrogenation reactor │ Manufacturing of high-pressure separators │ Production status and development of seamless steel pipes for high-pressure vessels │ Comprehensive inspection methods for high-pressure crystal kettles │ Metallographic analysis methods for high-pressure crystal kettles │ Analysis of causes of high-pressure scrubber explosion-proof panels rupture Development of steel production technology for high-strength pressure vessels│ Application requirements of high-strength steel in chemical equipment│ Trial production of high-efficiency hydrogenation reactor fluid distribution plates│ Design and analysis of high-temperature, high-pressure, and hydrogen-facing equipment│ Application of high-temperature magnetic particle testing in pressure vessel manufacturing│ Application of high-flux tube heat exchange equipment in gas separation devices│ Localization process of high-speed locomotive high circular springs│ Finite element analysis of high-neck flange equipment│ Effects of binders on the structure and hydrothermal/mechanical stability of bulk Mo-Ni composite oxide catalysts │ Gear-type quick-opening head design │ └─22.0 Chemical machinery and equipment design, manufacturing and installation (including pressure vessel manufacturing and installation) Courseware │ 13.1 Flange PPT 183 │ 2011 Pressure Vessel Inspector-1 Welding Process Assessment PPT 38 │ 2011 Pressure Vessel Inspector-Four Manufacturing of Nonferrous Metal Vessels PPT 22 │ 2. Chemical Equipment Structure and Pipeline 72.ppt │ 3.2 Impact of pressure vessel manufacturing process on steel properties 32.ppt │ 6 Extraction tower PPT 4 │ 6.2 Physical and chemical testing of pressure vessels.ppt │ 6.2.2 Elemental analysis of pressure vessel materials.ppt │ 6. Pressure vessel inspection and testing technology 27.ppt │ API Certified Internal Auditor Training Materials Part 5 - Internal Audit Training Handouts 148 pages.ppt │ Comparison of ASME VIII-1 (2013) and GB150 PPT 229 │ ASME Training Tutorial ASME Code Volume VIII-1 - Pressure Vessels PPT 161 │ GB150 and GB151 and Compliance Regulation Training Materials PPT 159 │ "Mechanical Basics of Chemical Equipment" (2nd Edition) Courseware "Tower Equipment" compiled by Dong Daqin ppt.ppt │ 1. Container manufacturing process and general requirements 25.ppt │ 1. Container manufacturing process and general requirements 38.ppt │ 1. Container manufacturing process and general requirements PPT 37 │ China’s Pressure Equipment Technology Progress and Regulations and Standards System-Hainan 2007.ppt │ 5. Pressure vessel manufacturing management and supervision inspection PPT 17 │ In-use inspection of cryogenic pressure vessels and piping systems 58.ppt │ In-service inspection of cryogenic pressure vessels and piping systems 61.ppt │ In-service inspection of cryogenic pressure vessels and piping systems PPT 58 │ In-service inspection of cryogenic pressure vessels and piping systems.ppt │ Low-temperature methanol washing equipment 45.ppt │ Cryogenic device information PPT 47 │ The eighth quality assurance engineer training and assessment course for national pressure vessel manufacturing units (teaching plan outline) 100.ppt │ National Pressure Vessel Manufacturing Unit Quality Assurance Engineer Training Handout PPT 138.ppt │ National Pressure Vessel Manufacturing Unit Quality Assurance Engineer Training Handouts 138.ppt │ National Pressure Vessel Design Approval Officer Training and Assessment Class Pressure Vessel Materials 83.ppt │ National Pressure Vessel Design Approval Officer Training and Assessment Class Pressure Vessel Materials 83.pptx │ Introduction to commonly used chemical machinery in the company and basic operating skills 45.ppt │ 6. Manufacturing of special containers 38.ppt │ 6. Manufacturing of special containers 33.ppt │ 6. Manufacturing of special containers 38.ppt │ 6. Manufacturing of special containers 39.ppt │ Typical industrial object control (pumps, furnaces, towers, kettles, tanks) 79 pages.ppt │ Analyze the structural characteristics of chemical equipment.ppt │ Pharmaceutical machinery (second edition) Chapter 6 Pressure Vessel.ppt │ Hydrogenation device safety design 39 pages.ppt │ Hydrogenation equipment and material selection 102.ppt │ Introduction to dynamic mixing tubular large-flux circulation continuous nitrification reaction device │ Moving equipment.ppt │ Moving equipment installation engineering PPT 73 │ Moving equipment engineering PPT 20 │ Moving equipment knowledge.ppt │ Chemical reaction process and equipment.ppt │ Chemical (non-standard) equipment design calculation 12.ppt │ Chemical (non-standard) equipment design calculations 12.pptx │ Chemical unit equipment design 62 pages.pptx │ Principles of Chemical Engineering Chapter 2 Fluid Conveying Machinery PPT 54.ppt │ Chemical engineering basics (mechanical separation).ppt │ Chemical containers and equipment Unit 6 Main components of chemical equipment PPT 113 │ Chemical containers and equipment.ppt │ Chemical process and machinery.ppt │ Chemical machine installation PPT 49 pages │ Chemical machine installation PPT 35 │ Chemical machine installation and construction technology 79.ppt │ Chemical machine installation and construction technology 79 pages.ppt │ Basics of chemical machinery and equipment - belt transmission 132.ppt │ Chemical machinery and equipment PPT 56 │ Chemical machinery and equipment 132.ppt │ Chemical machinery and equipment 132 pages.ppt │ Chemical machinery and equipment 133.ppt │ Chemical machinery and equipment PPT 132.ppt │ Chemical machinery and equipment PPT 141 pages│ Chemical machinery and equipment (1) ppt 132.ppt │ Chemical machinery and equipment (1).ppt │ Chemical machinery and equipment (2) ppt 133.ppt │ Chemical machinery and equipment.ppt │ Chemical machinery and equipment training handout PPT 141 │ Chemical machinery and equipment tutorial 132 pages.ppt │ Chemical machinery and equipment tutorial PPT.ppt │ Chemical machinery and equipment training handout PPT 141 pages │ Chemical machinery basics PPT 9 │ Chemical machinery basics Chapter 9 Welding PPT 43 pages │ Chemical machinery basics Chapter 2 Tension and compression of straight rods PPT 42 pages │ Chemical machinery basics PPT 42 pages │ Chemical machinery basics.ppt │ Chemical machinery basic knowledge training PPT 71 │ Chemical Machinery Basic Course Review xl Summary PPT 55 │ Chemical Machinery Basic Course Review 29.ppt │ Fundamentals of Chemical Machinery and Equipment Chapter 3 Strength Calculation of Tension Components 8.ppt │ Fundamentals of Chemical Machinery and Equipment Chapter 5 Torsion of Circular Shafts 19.ppt │ Fundamentals of Chemical Machinery and Equipment Chapter 11 Container Support.ppt │ Fundamentals of Chemical Machinery and Equipment Chapter 4 Bending of Straight Beams 35.ppt │ Chemical machinery and equipment safety and technology PPT 25 pages│ Chemical machinery and equipment safety and technology PPT 20 pages│ Chemical machinery and equipment safety technology PPT 65 pages│ Chemical machinery design ppt 19.ppt │ Chemical machinery design basic homework PPT 4 pages │ Chemical machinery design guidance 19.ppt │ Commonly used equipment in chemical production PPT 195 │ Chemical vertical and horizontal equipment installation, process pipeline installation PPT 50 pages │ Chemical vertical equipment installation 50.pptx │ Chemical equipment PPT 47 │ Chemical equipment PPT 136 │ Chemical equipment PPT 93 pages │ Chemical equipment PPT 103 pages │ Summary of main chapters of chemical equipment.ppt │ Chemical equipment.ppt │ Chemical equipment and factory design 3. Equipment selection and process design 37.pptx │ Chemical equipment and materials PPT 67 │ Chemical equipment training.ppt │ Chemical equipment basics PPT 38 │ Chemical equipment basics PPT 14 │ Chemical equipment basics PPT 79 │ Chemical equipment basics - torsion of the circular shaft 22.ppt │ Basics of chemical equipment - torsion of circular shafts 22 pages.ppt │ Basic knowledge of chemical equipment PPT 121 │ Basic knowledge of chemical equipment PPT 271 │ Basic knowledge training of chemical equipment PPT 78 │ Basic design regulations for chemical equipment PPT 50 pages │ Installation of chemical equipment PPT 73 │ Commonly used materials for chemical equipment PPT 129 │ Chemical equipment mechanical basis PPT 22 pages │ Chemical equipment mechanical basis PPT 13 │ Chemical equipment mechanical basis PPT 40 │ Chemical equipment mechanical basis PPT 104 │ Chemical equipment mechanical basis PPT 78 │ Chemical equipment mechanical basis PPT 80 pages │ Chemical equipment mechanical basis PPT 62 │ Chemical equipment mechanical basis PPT 79 │ Mechanical basics of chemical equipment PPT 111 │ Mechanical basics of chemical equipment PPT 446 │ Mechanical basics of chemical equipment PPT 64 pages │ Mechanical basics of chemical equipment PPT 79 │ Mechanical basics of chemical equipment PPT 80 │ Mechanical basics of chemical equipment 19.ppt │ Chemical equipment machinery basics 51.ppt │ Chemical equipment machinery basics 80.ppt │ Chemical Equipment Mechanical Fundamentals PPT 115 │ Chemical Equipment Mechanical Fundamentals PPT 467 │ Chemical Equipment Mechanical Fundamentals 3rd Edition Chapter 4 Bending PPT 176.ppt │ Mechanical Fundamentals of Chemical Equipment - Fundamentals of Engineering Mechanics - Force Analysis and Equilibrium Conditions of Objects 81 pages.ppt │ Mechanical Fundamentals of Chemical Equipment - Plane Bending 40.ppt │ Chemical equipment mechanical basics - plane bending 40 pages.ppt │ Chemical equipment mechanical basics 1-8 explanation PPT 457 │ Chemical equipment mechanical basic lesson plan PPT 138 │ Chemical equipment materials PPT 117 │ Chemical equipment materials PPT 74 pages │ Introduction to chemical equipment 22.pptx │ Chemical equipment knowledge training PPT 69 pages │ Chemical equipment Chapter 1 Materials 99.ppt │ Chemical Equipment Lecture 5.ppt │ Chemical Equipment Lecture 6.ppt │ Chemical Equipment Lecture 7.ppt │ Chemical Equipment Lecture 8.ppt │ Chemical Equipment Assembly Drawing PPT 50 Pages │ Chemical Equipment Assembly Drawing and Process Flow Chart Drawing PPT 124 │ Chemical Equipment Design.ppt │ Chemical Equipment Design and Selection PPT 124 │ Chemical equipment design and equipment drawings.pptx │ Chemical equipment design basics PPT 122 │ Chemical equipment design basics summary xl PPT 32 pages │ Chemical equipment courseware--reaction equipment 27.ppt │ Chemical Equipment Courseware-Chemical Equipment Overview 21.ppt │ Chemical equipment selection and design calculation.ppt │ Chemical equipment selection and design calculation summary.ppt │ General principles for chemical equipment selection PPT 86 pages │ Chemical equipment parts diagram.ppt │ Chemical design 6 Process design of chemical equipment 90.ppt │ Chemical engineering design - Chapter 4 - Process design of equipment and chemical equipment drawings.ppt │ Introduction to chemical engineering design Chapter 7 - Process design and selection of equipment.ppt │ Introduction to chemical engineering design Chapter 4 - Process design and selection of equipment.ppt │ New progress in chemical process machinery PPT 24 │ Mechanical foundation of chemical process equipment - Fundamentals of engineering mechanics 65 pages.ppt │ Basic knowledge of chemical static equipment PPT 88 pages │ Basic knowledge of chemical static equipment PPT 110 │ Basic knowledge of chemical static equipment PPT 91 pages │ Basic knowledge of chemical static equipment.pptx │ Installation of chemical static equipment.ppt │ Brief tutorial on inspection and testing of pressure vessels and pressure pipelines PPT 164 │ Factory quality certification document for pressure vessel products-TSG R0004-2009 "Safety Technical Supervision Regulations for Stationary Pressure Vessels" 48.ppt │ Pressure vessel product factory quality certification document "Fixed Pressure Vessel Safety Technical Supervision Regulations" TSG R0004--2009 48 pages.ppt │ Pressure vessel product safety performance supervision and inspection (2).ppt │ Pressure vessel product safety performance supervision and inspection 23.ppt │ Pressure vessel product safety performance supervision and inspection.ppt │ Pressure vessel product review 32.ppt │ Pressure vessel product material marking control PPT 87 │ Basic knowledge of pressure vessel production, inspection and acceptance PPT 63 │ Pressure vessel manufacturing PPT 49 │ Pressure vessel manufacturing PPT 56 │ Pressure vessel manufacturing PPT 56.ppt │ Pressure vessel manufacturing 56 (2).ppt │ Pressure vessel manufacturing 56.ppt │ Pressure vessel manufacturing.ppt │ Pressure vessel manufacturing, inspection and acceptance Li Jingchen 37.ppt │ Pressure vessel manufacturing, inspection and acceptance.ppt │ Key processes of pressure vessel manufacturing and key points of supervisory inspection PPT 119 │ Key processes of pressure vessel manufacturing and key points of supervisory inspection 17 pages.ppt │ Pressure vessel manufacturing analysis PPT 104 │ Conditions that pressure vessel manufacturing units must have 52.ppt │ Conditions that pressure vessel manufacturing units must meet 52 pages.ppt │ Training and assessment of welding responsible engineers of pressure vessel manufacturing units 73.ppt │ Training and assessment of welding responsible engineers of pressure vessel manufacturing units 73.ppt │ Pressure vessel manufacturing process and general requirements 25.ppt │ Pressure vessel manufacturing materials - Physics and chemistry - Heat treatment quality control handout training handout PPT 98 │ Basic knowledge of pressure vessel manufacturing and welding.ppt │ Pressure vessel manufacturing production operation management 59.ppt │ General requirements for pressure vessel manufacturing PPT 118 │ Pressure vessel manufacturing management regulations 68.ppt │ Requirements for establishment and implementation review of pressure vessel manufacturing quality assurance system 24 pages.ppt │ Control of pressure vessel manufacturing quality PPT 39 │ Control of pressure vessel manufacturing quality PPT 40 │ Pressure vessel manufacturing process product number identification PPT 8.ppt │ Supervision and inspection of pressure vessels and pressure pipelines by the Special Inspection Institute PPT 50 │ Pressure vessel training handout PPT 191 │ Risk-based inspection (RBI) technology and application of pressure vessels PPT 130 │ Basic knowledge of pressure vessels PPT 146 │ Basic knowledge of pressure vessels PPT 72 │ Pressure vessel safety technology PPT 208 │ Periodic inspection of pressure vessels (2).ppt │ Periodic inspection of pressure vessels 34.ppt │ Periodic inspection of pressure vessels Li Zhifeng.ppt │ Periodic inspection of pressure vessels.ppt │ Knowledge of periodic inspection of pressure vessels 56.ppt │ Periodic Inspection Rules for Pressure Vessels Hefei General Machinery Research Institute.ppt │ Periodic Inspection Rules for Pressure Vessels 146.ppt │ Interpretation of Periodic Inspection Rules for Pressure Vessels 46.ppt │ Explanation of Periodic Inspection Rules for Pressure Vessels.ppt │ Interpretation of Periodic Inspection Rules for Pressure Vessels.ppt │ Lecture Notes on Periodic Inspection Rules for Pressure Vessels (2) 59.ppt │ Pressure Vessel Auditor Training Pressure Vessel Basics PPT 76 │ Pressure Vessel Process Responsible Engineer Training 36.ppt │ Pressure vessel annual inspection personnel training 31.ppt │ Pressure vessel annual inspection personnel training.ppt │ Pressure vessel materials PPT 43 │ Pressure vessel materials PPT 49 │ Pressure vessel materials alternative treatment methods 5 │ Pressure vessel materials excellent courseware PPT 118 │ Pressure vessel material element analysis PPT 26.ppt │ Pressure vessel material element analysis 27.ppt │ Basic knowledge of pressure vessel materials PPT 70 │ Pressure vessel material selection PPT 127 │ Pressure vessel material selection PPT 128 │ Pressure vessel material selection PPT 129 │ Pressure vessel inspection and testing technology Xia Fuyong.ppt │ Pressure vessel inspection and testing technology.ppt │ Pressure vessel inspector training materials PPT 111 │ Pressure vessel inspection overview PPT 45 │ General Introduction to Pressure Vessel Inspection 45.ppt │ Overview of pressure vessel inspection Pressure vessel inspector training.ppt │ Overview of pressure vessel inspection.ppt │ Selection of pressure vessel welding materials PPT 101 │ Pressure vessel production process flow diagram 24 pages.ppt │ Materials for pressure vessels PPT 44 │ Materials for pressure vessels PPT 163 │ Materials for pressure vessels PPT 165 │ Materials for pressure vessels 83.PPT │ Introduction to standards for explosion welded composite plates for pressure vessels 10.ppt │ Steel for pressure vessels PPT 44 │ Steel for pressure vessels PPT 70 │ Steel for pressure vessels 43.ppt │ Recent developments in steel for pressure vessels 43.ppt │ Introduction to the Standards of Steel Forgings for Pressure Vessels 27 (2).ppt │ Introduction to the Standards of Steel Forgings for Pressure Vessels 27.ppt │ Pressure vessel manufacturing courseware 59.ppt │ Macroscopic inspection and measuring tools of pressure vessels 32.ppt │ Quality management and quality control of pressure vessels The status and role of quality assurance engineers in pressure vessel manufacturing PPT 100.ppt │ Quality management and quality control of pressure vessels The status and role of quality assurance engineers in pressure vessel manufacturing 100.ppt │ Pressure vessel designer training_2010.ppt │ Basic knowledge of pressure vessel design-bidding and quotation 28.ppt │ Pressure vessel quality assurance engineer training handout 108.ppt │ Pressure vessel quality inspection responsible engineer training handout PPT 242 │ Pressure vessel quality inspection responsible engineer training handout PPT 243 │ Pressure vessel quality assurance system basic requirements 46.ppt │ Basic requirements for pressure vessel quality assurance system 46 pages.ppt │ Pressure vessel qualification product review 32.ppt │ Pressure testing and pressure vessel heat treatment 46.ppt │ Pressure test and pressure vessel heat treatment.ppt │ Double riser catalytic cracking.ppt │ Reaction engineering - reactor.ppt │ Fermentation production equipment PPT 176 │ Pressure shell forming technology PPT 294 │ 4. Manufacturing of non-ferrous metal pressure vessels PPT 22 │ 4. Manufacturing of non-ferrous metal pressure vessels PPT 22.ppt │ Process design of fixed bed reactor.ppt │ Manufacturing, inspection and acceptance of fixed pressure vessels PPT 68 │ Manufacturing, inspection and acceptance of fixed pressure vessels 70 pages.ppt │ Comparison of domestic and foreign pressure equipment inspection specifications 32.ppt │ Comparison of inspection specifications for pressure-bearing equipment at home and abroad.ppt │ Relevant domestic and foreign pressure vessel manufacturing regulations and standards PPT 20 │ Relevant domestic and foreign pressure vessel manufacturing regulations and standards PPT 89 │ Plastic materials and containers PPT 105 │ Container manufacturing process and general requirements 25.ppt │ Allowable stress and strength theory.ppt │ PPT 56 pages of knowledge related to commonly used dynamic and static equipment │ Static equipment with an introduction to the structure, principles and basic operating skills of commonly used chemical machinery.ppt │ Commonly used chemical equipment parts 38.pptx │ 50 Commonly Used Chemical Equipment Parts │ Introduction to Commonly Used Equipment and Key Operation Points 61.ppt │ The concept of stress state PPT 49 pages │ Dezhou Pressure Vessel Manufacturing Enterprise Work Seminar 28.ppt │ Dezhou City Pressure Vessel Manufacturing Enterprise Work Seminar 28 pages.ppt │ Inspection topic low-temperature pressure vessels and pipeline system inspection PPT 50 │ Air-controlled external heat exchanger.ppt │ Basic knowledge training of oil equipment PPT 71 │ Fluidized bed reactor 12.ppt │ Fluidized bed reactor PPT 26 │ A brief discussion of hydrogenation reactor PPT 40 │ Selection of thickness measurement points---annual inspection of pressure vessels--coloring inspection.ppt │ Failure analysis and prevention of vessel pipelines in thermal power plants 20.ppt │ Introduction to refining and chemical equipment and development trends PPT 238 │ Complete collection of process data for refining and chemical construction projects 367 │ Catalytic equipment data in the catalytic unit of the refinery 01-FCC nozzle 6.ppt │ Catalytic equipment information in the catalytic unit of the refinery 02-stripper 25.ppt │ Catalytic equipment information in the catalytic unit of the refinery 03 - Pre-raiser 7.ppt │ Catalytic equipment information in the catalytic unit of the refinery 04-Catalytic main fractionator technology 5.ppt │ Catalytic equipment information in the catalytic unit of the refinery 07-FCC coking technology 10.ppt │ Refinery dynamic equipment.ppt │ Refinery static equipment.ppt │ Refinery tower equipment basic knowledge lecture.ppt │ Welding professional technical training PPT 194 │ Welding process and welding material selection PPT 142 │ Welded structure on-site course-pressure vessel production process 26.ppt │ Coal chemical equipment knowledge training PPT 101 │ Manufacturing of special containers 39.ppt │ Manufacturing supervision training (steel structure) PPT 33 │ Manufacturing supervision quality control PPT 22 │ Petrochemical equipment installation training materials PPT 92 │ Graphite chemical equipment 2019 total 20 pages.ppt │ Petrochemical equipment production and installation 185 │ Petrochemical equipment installation fitter training materials 92.ppt │ Petrochemical equipment installation and fitter training materials PPT 163 Excellent products │ Inspection of mobile pressure vessels PPT 282 │ Inspection of mobile pressure vessels 2005.ppt │ Inspection of mobile pressure vessels PPT 282 │ Inspection of mobile pressure vessels.ppt │ Chapter 11 Typical flow analysis in chemical machinery ppt 29.ppt │ Chapter 11 Typical flow analysis in chemical machinery ppt 29.ppt │ Chapter 1 Understanding the structure of chemical equipment PPT 116 │ Chapter 3 Pressure vessel materials and the effects of environment and time on their performance 63.ppt │ Section 3 Internal Pressure Vessel Design PPT 146 │ Chapter 4 Internal Pressure Vessel PPT 153 │ Chapter 6 Gas-Solid Phase Catalytic Reactor Design Page 47.pptx │ Chapter 6 Requirements for Vessel Manufacturing 58.ppt │ Chapter 8 Reaction Equipment §8-1 Overview §8-2 Mechanical stirring reactor.ppt │ Chapter 8 Reaction Equipment §8-2 Type of stirrer.ppt │ Chapter Ⅱ Process Equipment Manufacturing Technology 8-Typical Pressure Vessel PPT 100.ppt │ Part Ⅱ Process Equipment Manufacturing Technology 8 Typical Pressure Vessels 130 pages.ppt │ Part Ⅱ Process Equipment Manufacturing Technology 8. Typical Pressure Vessels 100.ppt │ Chapter 1 Chemical Equipment Materials and Selection 80.ppt │ Chapter 1 Basic Knowledge of Chemical Equipment PPT 41 │ Chapter 1 Overview of Chemical Equipment 21.ppt │ Section 1 General Principles for Selection of Chemical Equipment PPT 25 pages │ Lecture 1 Steel for Pressure Vessels 52.ppt │ Chapter 7 Typical chemical equipment manufacturing process PPT 64 pages │ Chapter 7 Common parts drawings and structure selection of chemical equipment 70 pages.ppt │ Chapter 7 Reaction equipment 27.ppt │ Chapter 7 Design and Analysis of Heterogeneous Catalytic Reactor 86.ppt │ Chapter 7 Design and Analysis of Heterogeneous Catalytic Reactors.ppt │ Chapter 7 - Basic knowledge of process equipment design.ppt │ Chapter 3 Pressure vessel materials and the effects of environment and time on their material properties 67.ppt │ Chapter 3 Stress Analysis of Internal Pressure Thin-Walled Vessels PPT 121 │ Chapter 3 Common Parts Drawings and Structure Selection of Chemical Equipment 74 pages.ppt │ Chapter 3 Pressure Vessel Materials and the Effects of Environment and Time on Material Properties 36.ppt │ Chapter 3 Plastic Packaging Materials and Their Packaging Containers 17.ppt │ Chapter 3 Plastic Materials and Containers PPT 49 │ Section 3 External Pressure Cylinder Design PPT 46 pages │ Chapter 9 Evaporation and Crystallization Equipment 30.ppt │ Chapter 9 Evaporation and crystallization equipment.ppt │ Chapter 9 Reaction equipment.ppt │ Chapter 9 Stability calculation of external pressure vessels and pressure rods PPT 83 pages │ Chapter 2 Basic knowledge of chemical equipment diagrams PPT 86 │ Chapter 2 Chemical process equipment materials PPT 19 pages │ Chapter 2 Pressure vessel materials and the impact of environment and time on their performance 120.ppt │ Chapter 2 Pressure vessel materials and the effects of environment and time on their performance PPT 120 │ Chapter 2 Fundamentals of vessel design PPT 49 │ Chapter 2 Materials 38.ppt │ Chapter 2 Tension and Compression of Straight Rods PPT Page 57│ Chapter 2 Mechanical Properties of Metal Materials 35.ppt │ The second part: Overview of chemical equipment manufacturing process PPT 60 pages │ The second part chemical equipment materials PPT 72 pages │ The second part materials and welding ppt 72 pages │ The second part process equipment manufacturing technology 8 typical pressure vessels PPT 99 │ Lecture 2 - Chapter 1 Chemical equipment structure understanding.ppt │ Chapter 5 Common parts of chemical equipment 73.ppt │ Chapter 5 Reaction Equipment.ppt │ Chapter 5 Chemical Machinery and Equipment PPT 65 pages │ Chapter 5 Assembly of Chemical Equipment PPT 12 pages │ Chapter 5 Selection and Design Calculation of Chemical Equipment PPT 211 │ Chapter 5 Selection and Design Calculation of Chemical Equipment 210.ppt │ Chapter 5 Molding Process of Composite Materials PPT 257 │ Chapter 5 Equipment Design and Selection PPT 136 pages │ Chapter 5 Equipment Design and Selection PPT 107 pages │ Chapter 5 Equipment Selection and Design Calculation PPT 69 │ Chapter 5 Overview of Process Equipment PPT 78 pages │ Lecture 5 Main Equipment of Refining Unit 18.ppt │ Chapter 8 Chemical Equipment Materials 129 pages.ppt │ Chapter 8 Chemical Machinery and Equipment Common Materials PPT 82 pages │ Chapter 8 Chemical Machinery and Equipment Common Materials PPT 20 pages │ Chapter 8 Chemical Equipment Common Metal Materials PPT 81 │ Chapter 8 Chemical Equipment Materials ppt 94 pages │ Chapter 8 Chemical Equipment Materials PPT 116 pages │ Chapter 8 Pressure Vessel Manufacturing 139.ppt │ Chapter 6 Chemical Equipment and Materials 129.ppt │ Chapter 6 Common Materials for Pressure Vessels and Chemical Equipment PPT 117 │ Chapter 6 Fixed Bed Reactor 134.ppt │ Chapter 6 Chemical Machinery and Equipment Safety PPT 20 │ Chapter 6 Chemical Equipment Materials and Their Selection 38.ppt │ Chapter 6 Common Materials for Pressure Vessels and Chemical Equipment PPT 43 pages │ Chapter 6 Common Materials for Pressure Vessels and Chemical Equipment PPT 118 │ Chapter 6 Common Materials for Pressure Vessels and Chemical Equipment PPT 116 │ Chapter 6 Container Components PPT 166 │ Chapter 6 Equipment Design and Selection PPT 93 pages │ Chapter 16 Common Components for Chemical Equipment 45.ppt │ Chapter 4 Chemical container drawing PPT 100 │ Chapter 4 Common parts drawings and structure selection of chemical equipment 70 pages.ppt │ Chapter 4 Equipment process design and chemical equipment drawings PPT 40 pages │ Chapter 4 Equipment process design and chemical equipment drawings PPT 166 pages │ Chapter 4 Boiler and pressure vessel strength design PPT 159 │ Chapter 4 Equipment process design and chemical equipment drawings.ppt │ Section 4 Pressure Vessel Material Selection PPT 15 │ Lecture 4 Safety Technical Supervision Regulations for Manufacturing of Fixed Pressure Vessels 29.ppt │ Fine chemical equipment 54 pages.ppt │ Fine chemical equipment-product molding equipment 13.ppt │ Fine chemical equipment - product molding equipment 13 pages.ppt │ Fine chemical equipment - basic knowledge of fine chemical industry 54.ppt │ Maintenance personnel training materials 194 │ Training on basic knowledge of polypropylene equipment 478.pptx │ Basic knowledge training of polypropylene plant equipment PPT 476 │ Spin ejector technology.pptx │ Understanding chemical equipment 43.ppt │ Understanding chemical equipment.ppt │ Equipment basic knowledge training PPT 66 │ Design and selection of equipment.ppt │ Notes related to equipment supervision materials classic PPT 13 │ Equipment design and selection training courseware.pptx │ Equipment selection design and energy accounting PPT 38 pages │ Process fluid machinery 176.ppt │ Process Fluid Machinery (1) - 29.ppt │ Process Fluid Machinery (1) Pump 124.ppt │ Process equipment is an important tool for high-tech in the 21st century.ppt │ Process equipment manufacturing technology Chapter 5 Molding processing technology PPT 133 │ Complete set of process equipment technology 2010.ppt │ Process equipment design PPT 1037 │ Process equipment design PPT 197 │ Process equipment PPT 231 │ Process equipment design PPT 459 │ Process equipment design PPT 433 │ Process equipment design PPT 461 │ Process equipment design 150.ppt │ Process Equipment Design 3.1 Pressure Vessel Materials 51.ppt │ Process Equipment Design Final Exam Questions 131 │ Process Equipment Design Process Equipment and Control Engineering Teaching and Research Section 69 pages.ppt │ Steel Pressure Vessels—Analysis and Design Standard Materials Part 53.PPT │ Manufacturing, inspection and acceptance of steel pressure vessels 37.ppt │ Manufacturing, inspection and acceptance of steel pressure vessels.ppt │ Welding process assessment of steel pressure vessels PPT 139 │ Materials for steel pressure vessels PPT 74 │ Measures for the supervision and management of the manufacturing of boilers and pressure vessels PPT 41 │ Measures for the supervision and management of the manufacturing of boilers and pressure vessels 42.ppt │ Boiler and pressure vessel manufacturing quality system PPT 22.ppt │ Boiler and pressure vessel manufacturing quality system 22.ppt │ Boiler and pressure vessel manufacturing quality system 22 pages.ppt │ Boiler and pressure vessel identification and review regulations.ppt │ Batch reactor.ppt │ Non-standard containers and tower manufacturing inspection standards and assembly processes 49 pages.ppt │ Project eight typical chemical machinery operations PPT 141 │ There have been major changes in the manufacturing technology and safety level of high-pressure vessels 2019 63 pages.ppt │ Material damage and safety assurance of high-temperature hydrogen-facing equipment 70.ppt │ ├─Chemical machinery and equipment │ Chemical machinery and equipment (1).ppt │ Chemical machinery and equipment (2).ppt │ ├─Mechanical basics of chemical equipment │ Chapter 1 Force analysis of rigid bodies and their equilibrium rules.ppt │ Chapter 10 Strength calculation of pressure vessels.ppt │ Chapter 11 Internal pressure head design.ppt │ Chapter 12 Pressure rod stability and external pressure vessel.ppt │ Chapter 13 Container components.ppt │ Chapter 3 Strength calculation of tension (compression) rod and tension (compression) static indeterminacy problem.ppt │ Chapter 4 Shear and extrusion.ppt │ Chapter 5 Torsion.ppt │ Chapter 6 Bending.ppt │ Chapter 7 Stress state and strength theory.ppt │ Chapter 8 Fatigue.ppt │ Chapter 9 Film Stress in Pressure Vessels.ppt │ Introduction.ppt │ ├─Basics of Chemical Equipment Design│Basics of Chemical Equipment Design 1.ppt │ Chemical equipment design basics 2.ppt │ Chemical equipment design basics 3.ppt │ Chemical equipment design basics 4.ppt │ Chemical equipment design basics 5.ppt │ Chemical equipment design basics 6.ppt │ Chemical equipment design basics 7.ppt │ Chemical equipment design basics 8.ppt │ ├─Process Equipment Manufacturing Technology│ Process Equipment Manufacturing Technology-Chapter 7 1.pps │ Process Equipment Manufacturing Technology-Chapter 7 2.pps │ Process Equipment Manufacturing Technology - Introduction.pps │ Process Equipment Manufacturing Technology - Chapter 34.ppt │ Process Equipment Manufacturing Technology - Chapter 3 3.ppt │ Process Equipment Manufacturing Technology-Chapter 3 4.ppt │ Process Equipment Manufacturing Technology - Chapter 2 1.ppt │ Process Equipment Manufacturing Technology - Chapter 2 3.ppt │ Process Equipment Manufacturing Technology - Chapter 2 5.ppt │ Process Equipment Manufacturing Technology - Chapter 2 6.ppt │ Process Equipment Manufacturing Technology - Summary of Chapter 567.ppt │ Process Equipment Manufacturing Technology - Chapter 5.ppt │ Process Equipment Manufacturing Technology - Chapter 5 * * Summary of Chapter 10. PPT │ Process Equipment Manufacturing Technology - Chapter 8. PPT │ Process Equipment Manufacturing Technology - Chapter 8 2 76.PPT │ Process equipment manufacturing technology - Chapter 6.ppt │ Process equipment manufacturing technology - Chapter 6 1.ppt │ Process Equipment Manufacturing Technology-Chapter 6 2.ppt │ Process Equipment Manufacturing Technology - Chapter 10.PPT │ Process Equipment Manufacturing Technology - Chapter 4.pps │ ├─Process Equipment Design │ description.txt │ Chapter 1 - Introduction to Pressure Vessels.ppt │ Chapter 2 - Pressure Vessel Stress Analysis - 1.ppt │ Chapter 2 - Pressure Vessel Stress Analysis - 2.ppt │ Chapter 2 - Pressure Vessel Stress Analysis - 3.ppt │ Chapter 2 - Pressure Vessel Stress Analysis - 4.ppt │ Chapter 4 - Pressure Vessel Design - 1.ppt │ Chapter 4 - Pressure Vessel Design - 2.ppt │ Chapter 4 - Pressure Vessel Design - 3.ppt │ Chapter 5 - Storage Equipment.ppt │ Chapter 8 - Reaction Equipment - 1.ppt │ Chapter 8 - Reaction Equipment - 2.ppt │ └─ Process Equipment Design Lesson Plan Chapter 1 Introduction to Pressure Vessels.ppt Chapter 2 Pressure Vessel Stress Analysis §2-1 Load Analysis §2-2 Rotating Shell Stress Analysis.ppt Chapter 2 Pressure Vessel Stress Analysis §2-3 Thick-walled cylinder stress analysis.ppt Chapter 2 Pressure vessel stress analysis §2-4 Flat plate stress analysis §2-5 Shell stability analysis.ppt Chapter 2 Pressure vessel stress analysis §2-6 Typical local stress.ppt Chapter 4 Pressure vessel design §4-1 Overview §4-2 Design criteria §4-3 Conventional design.ppt Chapter 4 Pressure vessel design §4-4 Sealing device design §4-5 Opening and opening reinforcement design.ppt Chapter 4 Pressure Vessel Design §4-6 Supports and Inspection Holes.ppt Chapter 5 Storage Equipment.ppt