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├─1.24 General information on air separation oxygen production, nitrogen production and hydrogen production │ 01-451 Air separation 1# reciprocating compressor maintenance procedures.doc │ 01-452 Air separation 2# reciprocating compressor maintenance procedures.doc │ 01-453 Air separation 3# reciprocating compressor maintenance procedures.doc │ 01-454 Air separation 4# reciprocating compressor maintenance procedures.doc │ 01-455 Air separation 5# reciprocating compressor maintenance operation procedures.doc │ Development and application of centrifugal compressors for 10000m3/h air separation equipment.doc │ 16000Nm3 air separation fractionation tower installation.doc │ 2007.07.17 maintenance operation cards for air separation PLK3000 turbine expanders.doc │ A Maintenance Procedure (MCL Air Compressor Unit of Four Air Separation Stations).doc │ Application of EDPF Distributed Control System in Air Separation Units - Li Huazhi.doc │ Scaffolding Checklist for Sinochem Third Construction Maanshan Iron and Steel Bio West Air Separation Project 2.doc │ 20-year review and outlook of China's hydrocarbon conversion hydrogen production industry.doc │ Hydrogen production principles, operation, maintenance, safety.doc │ Hydrogen production unit safety measures and common accident cases.doc │ Datang International coal-based olefin project air separation unit civil construction supervision rules.doc │ Large air separation unit centrifugal compressor vibration failure analysis and treatment.doc │ Large air separation equipment main cooling explosion protection.doc │ Key points for the installation of large-scale air separation equipment.doc │ Kaifeng air separation new plant relocation project installation supervision details.doc │ WeChat public account (construction steward) Datang International Coal-based Olefin Project Air Separation Unit Civil Construction Supervision Rules.doc │ WeChat public account (construction steward) Kaifeng air separation new plant relocation project installation supervision details.doc │ Maintenance regulations (air separation one-station centrifugal compressor).doc │ Maintenance procedures (centrifugal compressor unit of the second air separation station).doc │ Maintenance procedures (air separation expander).doc │ A brief discussion on the piping characteristics and flexibility analysis of Baosteel's 30000Nm3h air separation equipment 8.doc │ Safety Technical Specifications for Cryogenic Air Separation Units (Draft for Comments).docx │ Technical Plan for Coal-to-Gas and Hydrogen Production.doc │ Basic Construction Plan for the Flare System of Methanol Air Separation Units 12.doc │ Methanol cracking hydrogen production pressure swing adsorption unit bidding document.doc │ Application and brief principles of solenoid valves in the field of air separation.doc │ Introduction to the basic principles of air separation.doc │ Air separation positions.doc │ Economic analysis and design points of preheat exchangers for air separation applications.doc │ Air separation operation questions and answers.doc │ Risk factors and preventive measures for special equipment related to air separation production.doc │ Air separation plant construction plan.doc │ Inspection requirements for the main products in the air separation equipment (2).doc │ Inspection requirements for the main products in the air separation equipment.doc │ Treatment of thawing of water in the main heat exchanger of the air separation equipment and the air separation tower.doc │ Online analyzer of the air separation equipment factory.doc │ Air separation equipment process flow training 54 │ Technical regulations for centrifugal pump maintenance in the air separation workshop.doc │ Technical regulations for maintenance of screw pumps in air separation workshop.doc │ ├─1.24 Air separation oxygen production, nitrogen production and hydrogen production books │ Metallurgical power vocational skills training series teaching materials Oxygen production station auxiliary system operation and maintenance edited by Zhang Wei, 2011 edition │ Hydrogen production unit operators │ Oxygen production safety technology 2011 edition │ Oxygen production technology Q&A 2011 edition │ Practical manual on new oxygen production technology and oxygen equipment technology│ Oxygen generator manual│ 100 cases of oxygen generator failure analysis│ Chemical chain steam reforming hydrogen production and syngas technology 2012│ Hydrogen production and CO2 capture, the key to zero emissions from fossil energy, 2011 edition│ Anaerobic fermentation biological hydrogen production 2012│ Generator cooling medium and its supervision│ Renewable energy series - hydrogen fuel│ International Electrical Engineering Advanced Technology Translation Series Energy Conversion, Storage and Utilization Systems for Solar Hydrogen Production Science and Technology in the Era of Hydrogen Economy (Italian) Gabriele Zini, (Italian) Paolo Tartarini ； Translated by Li Chaosheng 2016 Edition │ International Electrical Engineering Advanced Technology Translation Energy Conversion, Storage and Utilization System of Solar Hydrogen Production - Science and Technology in the Era of Hydrogen Economy HD Editable Text Edition │ Newly compiled Oxygen Engineering Questions and Answers │ New Energy Technology 3rd Edition 2010 Edition │ The latest new oxygen production technology and oxygen production equipment installation and commissioning, operation and maintenance, troubleshooting and safety production technology practical manual 1690 │ Application of gas separation membranes and their combined technologies in the petrochemical industry │ Gas adsorption production operation guide 2011 edition │ Hydrogen and hydrogen energy 2012 high-definition editable text version │ Hydrogen production and thermochemical utilization 2015 │ Hydrogen energy and hydrogen production technology 2014 │ Hydrocarbon steam conversion hydrogen production device technology Q&A │ Hydrocarbon conversion hydrogen production process technology (ultra-clear version) │ Modern air separation equipment technology and operating principles 336 │ Power Engineering Quality Supervision Professional Qualification Examination Question Bank Water Treatment and Hydrogen Production Volume Sun Yucai, Chief Editor of the Power Engineering Quality Supervision Station 2015 Edition │ Power Station Supporting Equipment Product Manual Volume 3 Decontamination and Cleaning Equipment Water Treatment Equipment Hydrogen Production Unit Heat Exchange Equipment │ Petrochemical Vocational Skills Training Textbook Hydrogen Production Unit Operator │ Petrochemical Equipment Maintenance and Inspection Regulations Volume 9 Water Supply and Drainage Equipment Air Separation Equipment │ Petrochemical Equipment Maintenance and Inspection Regulations Volume 9 Water Supply and Drainage Equipment Air Separation Equipment 2006 Edition 371 │ Petroleum Coke Gasification Hydrogen Production Technology 2014 │ Boron Hydrogen Compounds 2011 Edition │ Principle and Operation of Air Separation Equipment │ Iron and Steel Enterprise Oxygen Station Design and Equipment Operation 2012 │ ├─1.24 Standard specification for air separation oxygen production, nitrogen production and hydrogen production│ CBT 4242-2013 Marine pressure swing adsorption nitrogen production device│ CBT 4336-2013 Marine membrane separation nitrogen production device│ DB37T 3255-2018 Implementation guide for enterprise risk classification control system in air separation industry.doc│ DB37T 3256-2018 Implementation Guide for Hidden Hazard Investigation and Management System for Enterprises in the Air Separation Industry.doc │ DB37T 3884-2020 Implementation Guide for the Construction of Safety Risk Classified Control and Accident Hazard Investigation and Management System for Medical Air Pressurized Oxygen Chambers.doc │ DB4102T 005-2020 General Requirements for the Installation of Valves in Air Separation Equipment│ DB4102T 006-2020 General Requirements for the Installation of Pipes in Air Separation Equipment│ DL 5190.6-2019 Technical Specifications for Electric Power Construction Part 6: Water treatment and hydrogen production (supply) equipment and systems │ DLT 5210.6-2009 Electric Power Construction Construction Quality Acceptance and Evaluation Regulations Part 6: Water treatment and hydrogen production equipment and system training.doc │ GB 50274-2010 Specifications for construction and quality acceptance of installation projects of refrigeration equipment and air separation equipment │ GB 50677-2011 Specifications for construction and quality acceptance of installation projects of air separation oxygen generation equipment │ GBT 10606-2008 Terminology of air separation equipment │ GBT 19774-2005 Technical requirements for water electrolysis hydrogen production system │ GBT 28712.6-2012 Heat exchanger type and basic parameters Part 6: Air-cooled heat exchanger │ GBT 30503-2014 General technical requirements for marine nitrogen production units │ GBT 31183-2014 Technical requirements for manufacturing supervision of high-pressure hydrogen equipment for oil refining │ GBT 34540-2017 Technical requirements for methanol conversion pressure swing adsorption hydrogen production system │ GBT 36227-2018 Extra large air separation equipment │ GBT 36489-2018 Air separation equipment flow chart graphic symbols and text codes │ GBT 37563-2019 Safety requirements for pressure water electrolysis hydrogen production systems │ HTA1107-2003 Large air separation equipment installation technical requirements 88 │ JBT 1035-2015 Copper air separation equipment manufacturing technical specifications │ JBT 11006-2010 Air separation equipment product model compilation method│ JBT 11210-2011 Gas-liquid separator for refrigeration and air conditioning systems│ JBT 11523-2013 Oil separator for air conditioning and refrigeration equipment│ JBT 11848-2014 Centrifugal oxygen compressor for air separation equipment│ JBT 12343-2015 Technical conditions for metal orifice plate corrugated packing for air separation equipment│ JBT 20138-2011 Pharmaceutical high-purity nitrogen generator│ JBT 2549-2018 Technical specifications for manufacturing aluminum air separation equipment│ JBT 5902-2015 Technical conditions for oxygen pipelines for air separation equipment│ JBT 6427-2015 Pressure swing adsorption oxygen and nitrogen production equipment│ JBT 6895-2006 Technical specifications for installation and welding of aluminum air separation equipment│ JBT 6896-2007 Surface cleanliness of air separation equipment│ JBT 7260-1994 Radiography and quality classification of copper welds of air separation equipment│ JBT 7550-2007 Switching butterfly valves for air separation equipment│ JBT 7658.13-2006 Auxiliary equipment for ammonia refrigeration units Part 13: Air separator│ JBT 7672-2010 Air separation equipment flow chart graphic symbols and text codes│ JBT 8058-2016 Technical conditions for acceptance of activated alumina for air separation equipment│ JBT 8542-2016 Small air separation equipment│ JBT 8693-2015 Large and medium-sized air separation equipment│ JBT 9073-2016 Centrifugal cryogenic liquid pumps for air separation equipment │ JBT 9081-2016 Technical conditions for cryogenic stop valves and throttle valves for air separation equipment │ JGT 529-2018 Hot and cold water distribution and flexible multi-connection devices at the end of air conditioning │ MTT 1135-2011 General technical conditions for carbon molecular sieve nitrogen production devices for coal mines (unofficial version) │ MTT 774-2011 General technical conditions for mobile membrane separation nitrogen production units for mining │ NBT 10617-2021 Guidelines for life assessment and replacement of furnace tubes of hydrogen production reformers │ NBT 25043.5-2016 Technical specifications for the construction of conventional islands and auxiliary facilities in nuclear power plants Part 5: Water treatment and hydrogen production system│ NBT 34047-2017 Installation specifications for split air source heat pump water heaters│ QXT 248-2014 Technical requirements for monitoring system of fixed water electrolysis hydrogen production equipment│ SBT 10931-2012 Special equipment for air conditioning warehouse hollow fiber membrane nitrogen generator│ SHS 10001-10016-92 (Please find the 2004 version of the air separation maintenance regulations) │ SHS 10009-2004 Air separation tower maintenance and overhaul regulations │ SHT 3198-2018 Petrochemical air separation unit automation system │ SHT 3511-2020 Petrochemical ethylene cracking furnace and hydrogen production reformer construction and acceptance specifications │ SJT 31407-1994 Integrity requirements and inspection and evaluation methods for small air separation equipment │ SJT 31456-1994 Integrity requirements and inspection and evaluation methods for electrolytic hydrogen and oxygen production equipment │ SYT 7425-2018 Nitrogen production and nitrogen injection equipment for oil and gas drilling equipment │ TCGMA 033001-2018 Energy efficiency classification guide for compressed air stations │ TQGCML 200-2021 Selection and labeling methods of commonly used materials for nitrogen and oxygen production devices│ TZZB 2450-2021 Pressure swing adsorption (PSA) oxygen production equipment│ TZZB 2498-2021 Medical molecular sieve oxygen production system│ YBT 036.13-1992 General technical conditions for metallurgical equipment manufacturing Oxygen-acetylene flame metal powder spraying│ YBT 4594-2017 Safe operation specifications for coke oven gas hydrogen production stations│ ZJM-012-4127-2020 Stainless steel seamless steel pipes for air separation equipment│ ZJM-023-4391-2022 Medical molecular sieve oxygen production system│ ├─1.24 Air separation oxygen production nitrogen production hydrogen production paper│ │ 20 000 m3∕h air separation project summary│ │ Introduction to the construction and production of the 20 000m3∕h air separation unit│ │ Analysis and treatment of common fault causes in the operation of the 22000m3∕h carbon monoxide PSA unit│ │ 25 000 m3∕h air separation molecular sieve system operation analysis│ │ Summary of operation of 30000m3∕h (standard state) air separation unit│ │ Summary of start-up of 30000m3∕h air separation unit│ │ Summary of debugging of air compressor unit supporting 48000 m3∕h air separation unit│ │ Equipment configuration and safe operation requirements of 48000m3∕h air separation unit│ │ Analysis and solutions to the causes of impeller scaling of the C90M air compressor │ │ H hydrogen production unit start-up and operation analysis │ │ KDON 4000∕4000 air separation equipment operation failure analysis and treatment │ │ A method of cold recovery for KDON-3200/8000 air separation equipment │ │ KDON-7500/5500 air separation unit long-stop cooling and restarting │ │ Problems and solutions during test start-up of KDON-8000/4000 air separation unit │ │ Summary of modification of pre-cooling system of KDON8000/5000 air separation unit │ │ Application of KDON-800/1000 air separation equipment in underground coal gasification process │ │ Optimization and transformation of LNG cold energy air separation unit │ │ Cause analysis and improvement measures for high oxygen content in PSA nitrogen generation system │ │ Analysis and transformation of causes of molecular sieve powdering in PSA nitrogen generation unit │ │ Optimization and operation summary of PSA decarbonization unit │ │ Summary of optimized process operation of PSA decarbonization unit │ │ Comparison and selection of air separation process in Shell coal gasification to synthetic ammonia plant │ │ A new type of air separation rectification tray - composite tray │ │ A technical route for hydrogen production from sodium borohydride hydrolysis │ │ Practice of increasing nitrogen production of Wanli oxygen generating unit │ │ Experimental research on air classification and NOx emission of acrylonitrile waste liquid incineration │ │ Design optimization of hydrogen production from acetylene tail gas│ │ Simulation study of hydrogen production by ethanol steam reforming│ │ Research progress of hydrogen production by partial oxidation of ethanol│ │ Catalytic hydrogen production process by dimethyl ether steam reforming│ │ Determination of sulfur dioxide in workplace air by diphenylcarbazide spectrophotometry│ │ Discussion on the exhaust gas utilization of PSA nitrogen generator in low-concentration coal bed methane cryogenic liquefaction unit │ │ Explosion prevention and safety of low-temperature air separation equipment │ │ Design of respiratory pulse oxygen supply system of portable oxygen generator │ │ Application of advanced control in hydrogen production device │ │ Design of photosynthetic hydrogen production reactor │ │ Economic analysis of light tube spoiler and fin tube spoiler air preheater │ │ Fabrication of reinforced iron parts in the construction of Bayan Iron and Steel Oxygen Circulation Pool│ │ Some thoughts on safety evaluation of oxygen production stations│ │ About air separation cold box leakage analysis and emergency treatment│ │ Medium-temperature solid oxide electrolytic cell electrolysis water electrolysis hydrogen production technology with symmetrical electrode structure│ │ Research progress of typical hydrocarbon steam reforming hydrogen production│ │ Emergency treatment and precautions for sudden pump shutdown of the liquid oxygen process pump of the internal compression process oxygen generator │ │ Research on the automatic control system of the internal compression process oxygen generator │ │ Transformation and maintenance of the air separation liquid oxygen pump in the internal compression process │ │ Operation and maintenance of the liquid oxygen pump of the internal compression process air separation equipment product │ │ Performance adjustment of the compressor for the internal compression air separation process │ │ Analysis and treatment of leakage of molecular sieve adsorber │ │ Summary of refractory mud pouring of molecular sieve dryer lining and system safe operation measures │ │ Industrial research and development progress of distributed small and medium-scale natural gas hydrogen production │ │ Hydrogen production capacity allocation method using hydrogen production system to absorb wind power curtailment │ │ Methods and development status of using solar hydrogen production │ │ Operation and maintenance of hydrogen production PSA hydraulic programmable valve │ │ Introduction to the hydrogen production process │ │ Discussion on the recovery and utilization of desorbed gas in the hydrogen production system │ │ Research and countermeasures on the three inspections and four determinations of the hydrogen production unit_Li Danying.caj │ │ Analysis of the causes of leakage of the liquid separation tank inlet hole of the hydrogen production unit and treatment measures │ │ Engineering design of the safety instrument system of the hydrogen production unit │ │ Analysis of the reasons for shutdown of the circulating hydrogen compressor of the hydrogen production unit │ │ Cost structure and analysis of the hydrogen production unit │ │ Analysis of the capacity expansion, transformation and calibration results of the hydrogen production unit │ │ Comparison of hydrogen production units │ │ Research on corrosion of hydrogen production unit │ │ Selection of pipeline materials for hydrogen production unit │ │ Inspection of desulfurization reactor of hydrogen production unit │ │ Analysis of corrosion and leakage of hydrogen production unit │ │ Exploration of using natural gas as reducing agent for conversion catalyst of hydrogen production unit │ │ Welding of reformer tubes of hydrogen production unit │ │ A review of the structural characteristics and manufacturing supervision points of hydrogen reforming gas steam generators │ │ Deformation and failure analysis of the lower pigtail pipe of the hydrogen reforming furnace │ │ Welding of the old lower gas collecting pipe of the hydrogen reforming furnace │ │ Oxygen production 5^_Determination of the centering principle of the air separation raw material compressor │ │ Optimization and technical transformation of the oxygen supply system │ │ Discussion on the oxygen production information system and energy conservation and emission reduction │ │ Reasons and improvement measures for the underproduction of hydrogen in the oxygen plant │ │ Countermeasures and maintenance of oxygen leakage in the spherical tank area of the oxygen plant │ │ Thermal cleaning pre-film of the cold-open circulating water system between oxygen plants │ │ Digestion and absorption of the excitation control system of the oxygen generator synchronous motor│ │ Analysis of the causes of the critical speed vibration of the oxygen generator booster│ │ Discussion on the improvement of the oxygen circulating water system│ │ Analysis and treatment of low-temperature water scaling failure of the oxygen generator│ │ Countermeasures after the complete power outage of the oxygen generator│ │ Causes and improvements of the crystallization of chilled water in the oxygen generator│ │ Implementation and application of oxygen generator rapid heating technology │ │ Design and implementation of oxygen generator air separation system │ │ Reasons and solutions for oil leakage in oxygen generator air compressor oil cooler │ │ Oxygen generator unit water system transformation │ │ Implementation of localization plan for oxygen generator unit lubricating oil │ │ Oxygen generator expander control system PLC transformation │ │ Frequency conversion transformation of the water supply unit in the oxygen production pump room │ │ Anti-surge control of the oxygen air compressor │ │ Analysis of unsafe factors and preventive measures for the air separation equipment in the design of the oxygen production station │ │ Analysis and treatment of cooling failure of the medium-pressure nitrogen compressor in the oxygen production system │ │ Measures to control the noise of the turbine air compressor unit in the oxygen production workshop │ │ Recycling and utilization of the oxygen-rich tail gas of the nitrogen generator │ │ Operational characteristics of continuous flow anaerobic fermentation hydrogen production system for sugar wastewater │ │ Analysis of problem solving during installation and commissioning of oxygen generating unit │ │ Research on hydrogenation and hydrogen production process │ │ Summary of commissioning and operation of Baotou Steel 9 oxygen generating unit │ │ Development of chemical-type internal compression process air separation equipment │ │ Structural improvement design of shuttle valve of medical oxygen generator │ │ Calculation of startup deflection of steam turbine for 100,000-level air separation unit │ │ Safety measures and suggestions for oxygen operation in 100,000-level air separation unit_Wang Yinbiao │ │ Preparation of monodispersed silica spheres and their direct catalytic growth of graphene hollow spheres │ │ Improvement of the backup system settings of a single large-scale air separation unit │ │ Design of pressure pipelines (air separation) │ │ Improvement of the liquid level control system of the medium-pressure water electrolysis hydrogen production unit of the power plant │ │ Discussion on the electrical design of the hydrogen production station of the power plant │ │ Summary of pressure swing adsorption (PSA) decarbonization transformation │ │ Application of pressure swing adsorption oxygen production technology in blast furnaces │ │ Development of pressure swing adsorption oxygen production technology │ │ Pressure swing adsorption nitrogen production technology and equipment selection │ │ Research on pressure equalization method of pressure swing adsorption nitrogen generator │ │ Application of pressure swing adsorption nitrogen generator │ │ Analysis of causes of pressure swing adsorption cracking and protective measures │ │ Application of pressure swing adsorption technology in semi-coke gas hydrogen production industry │ │ Pressure swing adsorption technology to treat and recover vinyl chloride distillation tail gas │ │ Summary of application of pressure swing adsorption hydrogen recovery device │ │ Transformation of pressure swing adsorption gas hydrogen production process │ │ Development and application of pressure swing adsorption air separation technology │ │ Summary of the operation of the pressure swing adsorption decarbonization unit │ │ Reasons and countermeasures for excessive CO2 content in the pressure swing adsorption unit │ │ Discussion on the calculation of equalizing pressure and pipe diameter of the pressure swing adsorption unit │ │ Recycling and utilization of the air released from the pressure swing adsorption unit │ │ Troubleshooting of the operation of the pressure swing adsorption unit │ │ Brief analysis of the operating conditions of the pressure swing adsorption (PSA) hydrogen purification unit │ │ Progress in pressure swing adsorption (PSA) air oxygen production technology │ │ Transformation of gas pressure swing adsorption decarbonization device │ │ Technical summary of synthetic ammonia membrane separation and hydrogen extraction device │ │ Discussion on hydrogen production process technology from ammonia-containing desulfurization dry gas │ │ Research on temperature distribution in axial flow adsorption bed during adsorption oxygen production │ │ Current status and progress of domestic air separation technology │ │ Development status of domestic air separation system equipment │ │ Optimization of oxygen production system in steel enterprises based on %3f theory │ │ Temperature control of water electrolysis hydrogen production device based on PLC │ │ Design of micro medical oxygen generator based on PSA │ │ Analysis of industrial oxygen production based on oxygen production equipment research │ │ Fault diagnosis of air separation equipment based on fuzzy integral │ │ Discussion on engineering design experience of oxygen generation station based on cryogenic method │ │ Research progress of water electrolysis hydrogen production catalyst based on carbon fiber material substrate │ │ Analysis of high-temperature shutdown failure of Fusheng SA-475A air compressor unit │ │ Equipment configuration characteristics and test run summary of the air separation unit of Datang Hulunbuir Fertilizer Co., Ltd. │ │ The role of air nitrogen compression unit in large LNG plants │ │ Discussion on the safety of large-scale internal compression process air separation equipment │ │ Research and application of nitrogen gradient adjustment technology of large oxygen generators │ │ Detection of residual grease after degreasing of large oxygen generators │ │ Comprehensive utilization of rich compressed air in air separation of large chemical plants │ │ Selection of pure oxygen conversion process for tail gas hydrogen production units in large coal-to-liquids projects │ │ Overall design of air separation units for large coal chemical projects│ │ Research on cold box piping technology for large air separation oxygen generating units│ │ Cold box design for large air separations│ │ Automatic safety control of air turbine compressors in large air separation units│ │ Application and development of large air separation units in coal chemical industry│ │ Quality control of installation and maintenance of large air separation units│ │ Automatic control of air turbine compressor of large air separation plant│ │ Analysis and treatment of vibration failure of centrifugal compressor of large air separation plant│ │ Calculation and analysis of steel structure stress of cold box of large air separation plant│ │ Application of large air separation plant in coal chemical industry 5 │ │ Selection and maintenance of online analyzer for large air separation plant│ │ Noise control and management of gas venting of large air separation plant│ │ Analysis of the causes of vacuum drop in the steam turbine condenser of large-scale air separation equipment │ │ Influencing factors and adjustment methods of expander parameters of large-scale air separation equipment │ │ Design of shaft-type lifting lugs for aluminum towers of large-scale air separation equipment 5 │ │ Analysis and treatment of vibration faults of large-scale centrifugal compressors │ │ Research on large-scale pressure swing adsorption hydrogen production from coke oven gas │ │ Comparative discussion on the economics of hydrogen production from natural gas, hydrogen production from methanol and hydrogen production from water electrolysis │ │ Industrial application of natural gas hydrogen production to increase PVC production │ │ Application of natural gas hydrogen production technology in chlor-alkali production │ │ Comparison of two nitrogen production processes in natural gas liquefaction projects │ │ Progress of natural gas conversion hydrogen production process and its catalyst development trend │ │ Comparison of natural gas partial oxidation to acetylene technology_Zhou Zeqian │ │ Progress in natural gas reforming hydrogen production technology │ │ Application prospects of natural gas reforming hydrogen production technology in large powder metallurgy enterprises │ │ Research progress in new technologies for natural gas reforming hydrogen production │ │ Progress in solar hydrogen production technology │ │ Mengba Mine nitrogen generator failure analysis and countermeasures │ │ Transformation of the power supply system of Angang 1^#14000 oxygen generating unit │ │ Practice of increasing production of Baosteel 5# oxygen generating unit │ │ Discussion on ways to save energy and reduce consumption of oxygen generating system │ │ Research on small-scale pressure swing adsorption oxygen generation process technology │ │ Vacuum desorption experiment of small-scale pressure swing adsorption oxygen generation │ │ Optimized operation of small air separation equipment │ │ Integrated process of small tubing sandblasting and perforation annulus stratification to fracturing and combined production │ │ Distribution and development of air separation equipment in Shandong Province │ │ Special research report on hydrogen production and hydrogen energy utilization from coke oven gas in Shanxi │ │ Light attenuation characteristics in sequential batch photosynthetic hydrogen production reactors and its impact on hydrogen production performance │ │ Coal-water slurry gasification and low-temperature methanol washing technology applied to coal hydrogen production projects │ │ Need-to-know manual - Chapter 14 Air separation industry knowledge │ │ Application of circulating cooling water in non-stop cleaning in oxygen production system │ │ Progress in my country’s pressure swing adsorption oxygen production adsorbent and process research │ │ my country’s first hydrogen system safety * * Introduction to the standard │ │ Topsoe's new hydrogen production process by hydrocarbon conversion │ │ Technical transformation of Chengde Yanshan Gas Company's oxygen production equipment │ │ Hydrogen production characteristics of the baffled fiber bundle biofilm hydrogen production reactor │ │ Transforming the liquid oxygen circulation process to shorten the air separation start-up time │ │ New six-tower rotary pressure swing adsorption oxygen production device │ │ New diaphragm-less electrolyzer water splitting to produce hydrogen │ │ Issues that should be paid attention to when building a new air separation unit │ │ Japan’s coke oven gas hydrogen production technology │ │ Research on biological hydrogen production from organic waste │ │ Research progress in hydrogen production by reforming organic hydrogen donors in cellulose degradation to produce bio-based chemicals │ │ Research on charcoal-catalyzed glycerol reforming for hydrogen production │ │ Technical status and progress of the distillation tower of Hangyang air separation equipment (2) │ │ Technical status and progress of the distillation tower of Hangyang air separation equipment │ │ Overview of Hangyang's sixth-generation large and medium-sized air separation equipment │ │ Design of a simulation system for a certain type of oxygen and nitrogen production vehicle │ │ Diesel partial oxidation reforming for hydrogen production │ │ Influence of gas source temperature and desorption process on the pressure swing adsorption oxygen production effect │ │ Apparent kinetics of hydrogen production from decahydronaphthalene, a hydrogen energy carrier │ │ Operation summary of ammonia synthesis relief gas pressure swing adsorption hydrogen extraction unit │ │ Application summary of vinyl chloride tail gas purification gas pressure swing adsorption hydrogen extraction unit │ │ Current status and development of the air separation industry in Henan Province │ │ Design of cooling system for nitrogen production equipment in oil fields │ │ Brief analysis of 60000m_3_h The impact of the stripping valve of the air separation rectification tower on the production of the unit │ │ A brief analysis of the design of the air separation unit of the MTP reconstruction and expansion project │ │ A brief analysis of the coalbed methane hydrogen production process technology │ │ A brief analysis of the selection of the air separation unit process flow │ │ A brief analysis of the risk factors and countermeasures of the air separation equipment │ │ A brief discussion of the air compression nitrogen process design of the LNG receiving station and liquefaction station │ │ A brief discussion on the experience in handling accidents in hydrogen production units │ │ A brief discussion on safety inspection and testing of hydrogen production equipment in power plants │ │ A brief discussion on the manufacturing process of large air separation cold boxes │ │ A brief discussion on the natural gas hydrogen production process │ │ Design of mobile nitrogen generating units on offshore platforms │ │ Analysis of freeze blocking factors of liquid nitrogen washing cold boxes and preventive measures │ │ Analysis and discussion of freeze-blocking accidents in the cold box of liquid nitrogen washing device │ │ Application of cryogenic oxygen production technology in copper smelting engineering │ │ Comparison and selection of cryogenic nitrogen production process flow │ │ Capacity expansion and transformation of cryogenic nitrogen production equipment │ │ Sliding arc discharge plasma decomposition of methanol to produce hydrogen │ │ Application of sliding vane compressor in airborne oxygen production system │ │ Refinery hydrogen production reformer construction and installation technology │ │ Refinery hydrogen production technology route selection │ │ Entropy production analysis of heat pipe air preheater optimization │ │ Expansion and transformation of coking dry gas hydrogen production unit │ │ Discussion of coke oven gas hydrogen production technology and issues │ │ Discussion of key points for safe operation of air separation units in coal chemical industry │ │ Key points of quality control of oxygen pipelines in coal chemical air separation units │ │ Research on safety technology of supporting air separation equipment in coal chemical industry... Development of pressurized oxygen pipeline safety and safe high-pressure equipment_Ma Dafang │ │ Selection of supporting air separation technology for coal chemical projects │ │ Analysis of the causes and countermeasures of the shutdown accident of Angang's oxygen generator caused by gas venting │ │ Application of gas-air split double preheater in the No. 2 blast furnace of Maanshan Iron and Steel Plant │ │ Research on hydrogen production by molten alkali cracking glycerol (1) │ │ Research on hydrogen production from glycerol by molten alkali cracking │ │ Research progress in hydrogen production from glycerol aqueous phase reforming │ │ Research progress in hydrogen production from glycerol steam reforming │ │ Research progress in hydrogen production from methane dry reforming │ │ Research progress in hydrogen production from methanol steam reforming │ │ Optimization of methanol steam reforming hydrogen production process conditions │ │ Analysis of methanol cracking hydrogen production technology and advantages │ │ Technical scheme of methanol cracking hydrogen production unit │ │ Application of methanol cracking hydrogen production unit │ │ Discussion on hydrogen production scheme from purified gas of methanol unit │ │ Comparison of methanol conversion hydrogen production process │ │ Research progress on electrode selection for hydrogen production from water electrolysis │ │ Safety design of water electrolysis hydrogen production system │ │ Key points for operating intermittent production equipment of electrolytic water hydrogen production units │ │ Research progress in electrolysis coal-water slurry hydrogen production technology │ │ Identification and accounting of greenhouse gas emissions during the hydrogen production process in the petrochemical industry - taking hydrogen production by hydrocarbon conversion as an example │ │ Long-term operation of cryogenic air separation units in petrochemical enterprises │ │ Research progress in hydrogen production from sodium borohydride hydrolysis │ │ Preparation of sodium borohydride and hydrolysis to produce hydrogen │ │ Gas source modification of carbon molecular sieve nitrogen generator in coal mine fire prevention and extinguishing │ │ Application analysis of carbon molecular sieve nitrogen production equipment and membrane separation nitrogen production equipment │ │ Hydrocarbons to pump pressure process air separation equipment │ │ Shenhua Coal Liquefaction Project Hydrogen Production Unit Steel Structure Construction Technical Plan 36 │ │ Analysis and suggestions on the causes of cracking of the hydrogen purification pressure swing adsorber cylinder of the coal hydrogen production unit of Shenhua Coal Direct Liquefaction Project │ │ Application fields and development of air separation products │ │ Analysis of cases of electrical failures prone to air separation enterprises │ │ Analysis of causes of sand blasting accidents in air separation cold boxes and preventive measures │ │ Analysis of causes of corrosion of aluminum alloy liquid air pipes in air separation cold boxes │ │ Design and implementation of air separation oxygen generation control system │ │ Energy-saving renovation of precooling water pump of air separation oxygen generation system │ │ Air separation principle lecture third lecture on operating principles of small and medium-sized air separation units │ │ Air separation process training tutorial.ppt │ │ Seismic calculation of air separation normal pressure low-temperature liquid storage tank │ │ Air separation heat exchanger training 7 pages │ │ Development of new condensing evaporator for air separation │ │ Thermodynamic analysis of energy consumption of air separation liquefaction system │ │ Anti-interference transformation of air separation liquid oxygen pump frequency converter │ │ Energy saving practice in air separation production and gas supply │ │ Air separation rectification │ │ Summary of air separation expander control system transformation │ │ Vibration analysis and solutions for the three-in-one unit of the air separation unit│ │ On-site welding process management of the cold box in the air separation unit│ │ Discussion on the design of the low-temperature tank area of the air separation unit│ │ Advanced control solutions for the air separation unit - Wu Qing, Jin Xiaoming│ │ Safety countermeasures for welding full argon in the cold box of the air separation unit│ │ Analysis of the nozzle breakage accident of the high-pressure liquid and air pipeline in the cold box of the air separation unit │ │ Application of cold box renovation technology of the air separation unit │ │ Analysis and treatment of several self-regulating valve failures in the air separation unit │ │ Design of the backup storage system of the air separation unit (1) │ │ Design of the backup storage system of the air separation unit (2) │ │ Practice of starting the double expander in the air separation unit to increase liquid production │ │ Technical transformation of air separation unit under summer load│ │ Summary of summer operation technology of air separation unit│ │ Control and management of air separation unit engineering quality│ │ Assessment of hazard sources in air separation unit process│ │ Analysis and comparison of air separation unit process technology routes│ │ Air separation unit process characteristics and design principles│ │ Analysis of the impact and causes of the tripping of the circulating liquid argon pump of the air separation unit on the distillation conditions │ │ Analysis and optimization of oxygen pipeline design issues in the air separation unit_Hou Mingxia │ │ Water cooler leakage accident and treatment of air separation unit │ │ Liquid oxygen reheat recovery process of air separation unit │ │ Nature and cause of explosion of air separation unit │ │ Problems and modifications of electrical circuit of air separation unit │ │ Cold backup of air separation unit │ │ Control system and application of air separation unit │ │ Energy-saving optimized operation of the air separation unit │ │ Rectification measures with high economic indicators of the air separation unit │ │ Analysis of the causes of corrosion of the expander rotor of the air separation unit and preventive measures │ │ Repair of the auxiliary condensation evaporator of the air separation unit │ │ Common problems and countermeasures in the operation of the air separation unit │ │ Combination methods and process selection of air separation equipment and coal gasification combined cycle power generation │ │ A brief analysis of the air separation equipment industry │ │ Pipe layout and stress analysis in the cold box of the air separation equipment 7 │ │ Discussion on the sand removal operation of the cold box of the air separation equipment │ │ Design and structural analysis and calculation of the cold box of the air separation equipment │ │ Analysis and treatment of cooling loss of the air separation equipment │ │ Summary of oxygen production energy consumption assessment of the air separation equipment │ │ Recovery and utilization of residual pressure and cold capacity of air separation equipment in natural gas transportation process│ │ Application of air separation equipment in coal chemical industry│ │ Regular inspection of pressure vessels in use of air separation equipment│ │ Lecture on basic knowledge of air separation equipment: Lecture 5_Distillation equipment │ │ Lecture on basic knowledge of air separation equipment: Lecture 6_Centripetal turbine (3), (4) │ │ Lecture on basic knowledge of air separation equipment: Lecture 6_Centripetal Turboexpander_1│ │ Lecture on basic knowledge of air separation equipment: Lecture 6_Centripetal Turboexpander (7) │ │ Lecture on basic knowledge of air separation equipment: Lecture 6_Centripetal Turboexpander (2) │ │ Lecture on basic knowledge of air separation equipment: Lecture 6_Centripetal Turboexpander (6) │ │ Lecture on basic knowledge of air separation equipment: Lecture 4_Heat exchanger (3) │ │ Lecture on basic knowledge of air separation equipment: Lecture 4 Heat Exchanger (1) │ │ Brief analysis of safe operation experience of air separation equipment │ │ Performance research and problem analysis of air separation equipment │ │ Explosion and maintenance of liquid oxygen pump of air separation equipment │ │ Potential tapping and energy saving and consumption reduction of air separation equipment │ │ Summary of energy saving and consumption reduction of air separation equipment │ │ Technical transformation of liquid air pipeline in distillation tower of air separation equipment │ │ Discussion on energy saving and consumption reduction management of air separation equipment │ │ Design of precooling system of air separation equipment │ │ Precautions for purging air separation high-pressure steam pipeline │ │ Analysis of causes of vibration of air compressor tail gas turbine and improvement measures │ │ Analysis of causes of air pipeline failure and countermeasures │ │ Application of crude hydrogen coalescer in hydrogen production unit │ │ Application of linear programming in load adjustment decision-making of large-scale air separation oxygen generator │ │ Research on the application of membrane separation nitrogen production equipment in horizontal and vertical ventilation silos │ │ Summary of operation of membrane hydrogen recovery system │ │ Summary of debugging of Laigang 60000 m3 h oxygen generator │ │ Renovation of the liquid oxygen evaporation and delivery system of Laiwu Iron and Steel Oxygen Generator │ │ Application of spiral groove dry gas seal in hydrogen production centrifugal compressor │ │ Several issues that must be solved in the design of mine fixed fire-proof nitrogen generation equipment │ │ Research on the design of compressor for vehicle-mounted oxygen generator │ │ Configuration and application of vehicle-mounted mobile nitrogen-generating unit │ │ Introduction to vehicle-mounted mobile skid-mounted membrane nitrogen generation unit │ │ The application of imported ITCC control system combined with domestic DCS control system in extra-large air separation equipment │ │ The impact of organic load on hydrogen production in continuous flow biological hydrogen production reactor │ │ The impact of abnormal operation of turbine expander on air separation unit and emergency treatment │ │ Ordos Coal-to-Liquids Branch Company's 50000m3∕h air separation unit capacity matching process optimization │ │ Numerical analysis of the influence of air-conditioning airflow organization in the power distribution room on the indoor temperature field │ │ Design and analysis of the hotel lobby space truss structure │ │ Reformation hydrogen production technology and its research progress │ │ Research on metal aluminum as hydrogen production material │ │ Introduction to Jinling Petrochemical’s coal-water slurry hydrogen production process technology │ │ Design of steel hydrogenation reactor │ │ Supporting applications of air separation units in steel plants │ │ Optimized design of oxygen production stations in steel companies │ │ Analysis of welding technology of aluminum air separation pipelines │ │ Online reduction analysis of hydrogen production conversion catalysts in Changqing Petrochemical hydrogen production unit │ │ Measures to reduce noise in air separation production │ │ Measures to reduce power consumption of air separation units │ │ Operation practice of reducing energy consumption of air separation equipment │ │ Research on oxygen production and oxygen supply scheme for high-altitude tunnel construction │ │ │ ├─Air separation oxygen production, nitrogen production and hydrogen production paper collection │ │ Air separation oxygen production, nitrogen production and hydrogen production paper collection first episode │ │ │ └─Air separation oxygen production, nitrogen production and hydrogen production paper collection first volume, 13 episodes in total │ Design and development of 105MPa high-pressure hydrogen boosting system │ 1193E-00-0000-01-110-0011 Unified regulations for air separation and air pressure professional design_G2 │ Technical characteristics and operation of 15000m3/h compression process air separation equipment │ 15000Nm3/h air separation cold box plate and equipment hoisting construction plan │ Renovation of 150m3/h air separation equipment to extend the operating cycle │ Analysis and treatment of leakage in the cold box of 18000m3/h air separation equipment │ 20000 m3/h oxygen generator equipment process flow, installation and commissioning │ 20000cmh air separation equipment main heat exchanger leakage analysis and treatment │ Technical characteristics of the No. 2 oxygen generator │ No. 2 oxygen generator unit molecular sieve electric heater failure analysis and treatment │ Analysis of two accidents in the 30000 air separation unit │ 300,000 tons of synthetic ammonia air separation pipeline aerial view and material list analysis │ 35000 Fault analysis and optimization of the control system of the m3h oxygen generating supporting water station│ Improvement of the automatic variable load control of the 35000m3/h oxygen generator│ Debugging and commissioning of the 3800m3/h air separation equipment│ Analysis and treatment of the pressure deviation phenomenon between the upper and lower towers of the 40000m3/h air separation equipment│ Selection of the 40,000m3/h air separation unit│ Discussion and practice on the operation of rapidly changing working conditions of 60000m3/h air separation equipment │ Material balance and variable load control principles of 60000m3/h air separation equipment │ Some experiences in the technological transformation of 6000 air separation equipment │ Application of ABB soft starter in medical oxygen-generating air compressors │ Application of DCS control system in the compression process of high-pressure liquid oxygen pump in air separation │ HT-L Problems and improvements in the air separation pre-cooling system of coal gasification units │ HTA1107-2003 Technical requirements for the installation of large-scale air separation equipment │ HyperSolar uses solar hydrogen production to reduce hydrogen fuel costs │ Exploration on construction management of IGCC air separation cold box │ KDON-3000/300 air separation equipment expansion and transformation │ Application of KGZD98-3000PSA nitrogen generator in fire prevention and extinguishing of comprehensive cavitation working face │ "1000" oxygen generator purge tube perforation caused cold leakage accident │ "350" air separation heat exchanger blocked local heating treatment │ Number of files.txt │ New text document.bat │ └─1.24 Air separation oxygen production nitrogen production hydrogen production courseware 28000NM3 Air separation unit technology introduction PPT 84 Hydrogen production process technology.ppt Hydrogen production station PSA section 39.ppt Introduction to hydrogen production unit process.pptx Oxygen production equipment fault diagnosis method and technology research.ppt HAZOP analysis of hydrogen production unit of a factory.ppt Coke oven gas hydrogen production unit.ppt Methanol hydrogen production PPT 72 Methanol hydrogen production 73.ppt Methanol cracking to produce hydrogen 39.ppt Methanol cracking hydrogen production thermal oil section 27.ppt Air separation section 2.ppt Air separation basics.ppt Air separation process.ppt Air separation process and principle explanation training.ppt Air separation unit training courseware (2).ppt Air separation unit training courseware.ppt Air separation handout.ppt Air separation equipment operating principle courseware.ppt Air separation equipment operating technology.ppt Air separation workshop training courseware PPT 44 High-sulfur petroleum coke hydrogen production process and analysis 66.ppt