26.0 List of Information on Industrial Furnaces

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26.0 Industrial Furnace Data List│ ├─26.0 Industrial Furnace General Data│ -FRNC-5PC Process Calculation Software Chinese Operation Guide 1.doc │ RH series high-efficiency heat pipe hot blast furnace user manual.doc │ Three-waste mixed combustion furnace operating procedures │ Sinopec refining unit tube heating furnace interlocking protection system setting guidelines 8.doc │ Classification of decomposition furnace.doc │ Heating furnace 16.doc │ Heating furnace 17.docx │ Heating furnace 5.doc │ Heating furnace.doc │ Modified version of basic knowledge of heating furnace │ Heating furnace science * Report.doc │ Handling common accidents in heating furnaces 10.doc │ Handling of common accidents in heating furnaces 12.docx │ Heating Furnace Enhanced Heat Transfer and Energy Saving Technical Manual │ Heating Furnace Operation and Maintenance Manual.doc │ Heating Furnace Operation Method 7.doc │ Heating furnace operation method 9.doc │ Heating furnace operation method-shared.doc │ Heating furnace operation instructions 18.docx │ Heating furnace textbook.doc │ Heating furnace ignition operating procedures 1.doc │ Heating oven operation steps 3.doc │ Heating furnace, oven and boiling emergency plan 6.doc │ Heating Furnace Thermal Efficiency Calibration Report Part 1 (formerly │ Heating Furnace Thermal Efficiency Calibration Report Part 2 (Heating │ General Provisions for Heating Furnace Fuel Oil and Fuel Gas Processes and Control Methods │ Heating Furnace Gas Chain 4.doc │ Heating furnace related information.doc │ Heating furnace knowledge 20.doc │ Heating furnace management system 13.doc │ Heating furnace management system 14.doc │ Heating furnace system operation method 18.doc │ Heating furnace energy saving.doc │ Heating furnace calculation efficiency.doc │ Heating furnace piping design.doc │ Unit three-tube heating furnace simulation 10.doc │ Producer gas magnesium reduction furnace technical plan.doc │ General construction technology for industrial boiler furnace tube welding (08).doc │ Professional regulations for industrial furnaces │ Industrial furnace design instructions 94 │ General construction technology for industrial boiler grate installation (05).doc │ General construction technology for industrial boiler furnace tube expansion joints (09).doc │ General construction technology for industrial boiler furnace building and lining (11).doc │ Start-up heating furnace product description and operating manual 17.doc │ Start-up heating furnace production and installation plan.doc │ Huizhou Refinery Project Industrial Furnace Building and Lining Quality Management Regulations │ Organic Heat Carrier Furnace │ Cement Plant Furnace Construction Project.doc │ Refining Enterprise Process Heating Furnace Management Guidelines │ Refining Enterprise Process Heating Furnace Management Specifications 62.docx │ Refinery enterprise process heating furnace management specifications (trial) 66 │ Refinery tubular heating furnace process design 105 │ Thermal oil application and precautions.docx │ Hot oil furnace operating procedures │ Hot blast furnace design instructions 20 │ Simmering furnace.docx │ Carbide furnace masonry plan.doc │ Induction furnace principle and maintenance.CHM │ Petrochemical plant heating furnace piping design.doc │ Submerged arc furnace instruction manual 23 pages │ Part 3 Heating Furnace.doc │ Chapter 5 Tubular Heating Furnace.doc │ Chapter 5 Tubular Heating Furnace.doc │ Section 5 Heating Furnace.doc │ Section 5 Heating Furnace Part.doc │ Tubular Heating Furnace 19.doc │ Tubular heating furnace 5.doc │ Tubular heating furnace & friction and lubrication training materials.doc │ Tubular heating furnace.doc │ Several regulations on the safety management of tubular heating furnace Petroleum Quality Letters [2003] No. 279 │ Tubular heating furnace technical questions and answers (second edition) Edited by Liu Yuntao.doc │ Tubular heating furnace operation.doc │ Guide to the preparation of tubular heating furnace operating procedures.doc │ Tubular heating furnace burner 8.docx │ Tube heating furnace burner introduction 8.rtf │ Tube furnace and waste heat boiler installation project.doc │ Tube furnace heating coefficient explanation 35 │ Self-operated wellhead heating furnace 6.doc │ Method for calculating the dew point temperature of heating furnace flue gas - Lang Qingjiang.doc │ Equipment Technology Chapter 5 Tubular Heating Furnace 18.doc │ Equipment technology heating furnace.doc │ Installation instructions for preheater and decomposition furnace 29.doc │ ├─26.0 Industrial Furnace Manual │ Internal Combustion Carbide Furnace Safety Operation Manual │ Metallurgical Heating Furnace Design and Examples │ Heating Furnace Cai Qiaofang 1996 263 │ Heating Furnace (3rd Edition) 389 │ Heating Furnace 4th Edition Editor-in-Chief Wang Hua 2015 Edition │ Heating Furnace Principle and Design 255 │ Heating furnace principle and design Yuan Baoqi 1989 │ Heating furnace masonry maintenance and operation technology practical manual │ Heating furnace Q&A │ Chemical industrial furnace design manual 873 │ Chemical industrial furnace design manual - design calculation case 311 │ Practical combustion technology Zhao Yicheng 440 │ Industrial furnace repair manual │ Industrial furnace and its energy saving │ Industrial furnace construction │ Industrial furnace manual Japan 593 │ Industrial furnace technology Q&A 528 │ Industrial furnace masonry construction operation technology │ Industrial furnace heat-resistant lining │ Industrial furnace heat-resistant lining │ Industrial furnace energy-saving technology │ Industrial furnace design reference manual │ Industrial furnace design basics │ Industrial furnace design manual third edition │ Industrial furnace design manual second edition │ Industrial furnace design concise manual high-definition reproducible text version │ Concise Manual for Industrial Furnace Design │ Industrial Furnace Selection Picture Book │ Industrial Electric Furnace │ New Non-ferrous Metallurgical Furnace Design Manual │ Japanese Industrial Furnace Manual │ Research on Carbon Deposit Detection Technology and Safety Evaluation of Organic Heat Carrier Furnace by Peng Xiaolan │ Research on Organic Heat Carrier Kinematic Viscosity Detection Device and its Detection Method High Definition Reproducible Text Version │ Non-ferrous Metallurgical Furnace 450 │ Nonferrous Metal Furnace Design Manual 2018 Edition edited by Mei Chi and Zhou Ping │ Machine Maintenance Manual Volume 4 Casting and Forging Equipment and Industrial Furnace Repair │ Oilfield Heating Furnace Edited by Deng Shoulu and Wang Guisheng 2011 Edition │ Principles and Calculations of Heat Transfer in the Furnace 236 │ Design Manual of Tubular Heating Furnaces for Oil Refineries (Part 1 and 2) │ Process Design Materials for Refining Equipment_Tubular heating furnace process calculation │ Thermal equipment kiln annular brickwork design and calculation manual Xue Qiwen, Mo Ying, Lin Xianqiao 2015 edition │ Hot blast stove principle and technology Zhu Wenxue 433 │ Roasting and industrial furnace Sun Suizhong December 1979 1st edition page 63 │ Fuel furnace and refractory materials 172 │ Modern industrial furnace combustion technology 250 │ Modern Ceramics Textbook Series Ceramic Industrial Kiln 2010 Edition │ Electric Arc Furnace - External Furnace Refining Technology │ Petrochemical Plant Equipment Maintenance Manual Volume 7 Heating Furnace 1995 │ Simulation and Computer Calculation of Petrochemical Tubular Furnace │ Petrochemical Equipment Manual Part 3 Petrochemical Heating Furnace Design │ Furnace Construction Manual 875 │ Tubular Heating Furnace 2016 Edition │ Tubular Heating Furnace Technical Questions and Answers │ Tubular Heating Furnace Chapter 1 │ Tubular Heating Furnace │ Tubular Heating Furnace Technical Questions and Answers (2000) 132 │ Regenerative Walking Beam Rod Line Heating Furnace Engineering Design and Construction Classic Case Illustrations by Luan Yimin 2016 Edition │ Regenerative Hot Air Stove 400 │ Regenerative High Temperature Air Combustion Technology 2011 Edition │ Continuous heating furnace 534 │ Heavy non-ferrous metallurgical furnace design reference material │ Ring furnace for metal heating │ Steel plant industrial furnace design reference volume │ Steel plant industrial furnace design reference volume │ Blast furnace hot blast furnace operation and gas knowledge Q&A │ Blast furnace masonry technology manual │ ├─26.0 Industrial furnace paper │ 1# distillation heating furnace technical transformation and effect evaluation │ 20-Q type negative pressure heating furnace combustion system control and debugging │ Comparison of USC cracking furnaces with two furnace tube structures │ 35000kVA sealed calcium carbide furnace conductive plate modification │ Numerical simulation research on the flow and heat transfer characteristics of 3 types of enhanced heat transfer furnace tubes │ 400kw water jacket heating furnace failure analysis and solutions │ Application of new jackets for AHF reactors │ a Analysis of thermal efficiency of catalytic cracking steam superheated furnace │ Application of CEMS in the wastewater incinerator of acrylonitrile unit │ Application of CFX software in the study of coking in the return furnace of cracking furnace │ Application of DCS operating system in heating furnace │ Application of Fuzzy-PID in industrial furnace temperature control │ Analysis of the causes of lining loss in the radiant section of GK-VI cracking furnace and improvement measures │ HBP_Application of type 1 sonic soot remover in tubular heating furnaces│ Application and practice of JH-Φ 3 000 mm grate in gas furnaces│ Repair of manholes at the bottom of L-801 thermal oil furnace│ Application of LH-W-3 high temperature resistant anti-radiation energy-saving coating in normal pressure heating furnaces│ Research on the influence of Nb content on the structural transformation rules of HP alloy of hydrogen production reformer tubes│ Treatment of cone crust of NC-SST-I calciner │ NKSV calciner operating mechanism and its improvement │ NMFC calciner cold feeding method │ Design and operation of PSMC preheater calciner │ RJ50 heat recovery coke oven mechanical equipment │ Improvement and effect of RSP calciner │ Design improvement of RSP calciner │ Analysis and improvement of shrinkage plugging problem of RSP calciner │ T 3036-2012) Experience and experience (1) │ T3036-2012) Experience and experience (3) │ Analysis and countermeasures of factors affecting the service life of Texaco gasifier cone bottom bricks │ Research on mathematical model of Texaco coal gasifier - modeling part │ Research, development and engineering application of TSD type decomposition furnace (Part 1) │ Research, development and engineering application of TSD type decomposition furnace (Part 2) │ Application of USC type tubular cracking furnace in ethylene plant │ Application of WYYQ-DQ oil and gas combined burner in atmospheric pressure heating furnace │ Feasibility analysis of changing the combustion mode of YGL-500MA-4 organic heat carrier furnace │ Technical characteristics and process analysis of ZHJL5552D tamped coke oven and ZHJL6255D tamped coke oven │ Φ2610 mm ∕Φ2800 Application of mm conical gas generator │ Design and operation of Φ2800 mm conical pressurized water jacketed gas generator │ Summary of overhaul and modification of water jacket of φ2800mm/φ2600mm gas generator │ "Four-in-one" reforming furnace overall translation technology │ "Using CBL furnace technology to transform SRT-Ⅲ furnace industrial application" passed the appraisal │ Evaluation of the remaining life of a section of reformer high-temperature furnace tubes │ A method of calculating the steel structure of the heating furnace by equivalent diagonal bracing │ Slag prevention and troubleshooting of the three-part gasification furnace lock bucket valve │ Several issues in the use of the three-in-one hydrochloric acid synthesis furnace │ Three-waste fluidized mixed combustion furnace technology to produce high-pressure steam and benefit analysis │ Numerical simulation research on the combustion of PSA tail gas with different CO2 extraction ratios in the hydrogen production reformer │ Research on the combustion and heat transfer of PSA tail gas with different CO2 extraction ratios on hydrogen reformer│ Research on natural gas heating furnaces with different intermediate heat transfer media│ Analysis of industrial application of different coal types in crushed coal pressurized gasifiers│ Design points of wastewater incinerator of acrylonitrile plant│ Design points of propane dehydrogenation furnace│ Coking and carbonization behavior of cracking furnace tube alloy after pre-oxidation in two atmospheres│ Current situation analysis of energy consumption and energy-saving renovation of Sinopec cracking furnace│ Analysis and prospect of energy saving and emission reduction of China Aluminum Industrial Furnace│ Evaluation and analysis of heating furnaces of some enterprises of Sinopec Co., Ltd.│ Development and industrial application of advanced control system of ethylene cracking furnace│ Online measurement technology of mass yield of key components of ethylene cracking furnace│ Comparison of design methods of quench boiler of ethylene cracking furnace│ Discussion on the design of cross-tube of ethylene cracking furnace│ Ethylene cracking furnace pollutants and emission reduction technology │ A preliminary study on the design of the steel structure of the ethylene cracking furnace body │ Discussion on the technical transformation of the ethylene cracking furnace tube │ Analysis of deformation factors during the operation of the ethylene cracking furnace tube │ Research on the preparation of online coatings for ethylene cracking furnace tubes to inhibit coking │ Research on anti-coking oxides for ethylene cracking furnace tubes │ Energy-saving measures and operation management of ethylene cracking furnaces │ Research progress on numerical simulation of flow, heat transfer and combustion in the radiant section of ethylene cracking furnace │ Diagnosis of atmospheric pressure furnace tubes of two sets of atmospheric and vacuum units │ Failure analysis of heating furnace tubes in secondary reforming unit Ai Zhibin │ Comparative study of traditional double-sided radiant coking furnace and stepped double-sided radiated coking furnace │ Numerical simulation study of internal processes of low NOx decomposing furnace │ Relying on scientific and technological means to improve heating furnace efficiency │ Application of new insulation technology in the construction of crude oil direct heating furnace│ Application of eccentric orifice plate in heating furnace outlet control│ Evaluation of vertical heating furnace tubes in catalytic cracking units Liu Guanglin; Li Wurong; Wang Jibing; Zhong Yanping; Cao Weiguo; 92-95 Design and application of endoscopic high-temperature cameras in heating furnaces │ Discussion on diameter expansion of radiant furnace tubes in decompression furnaces and application of FRNC-5PC software in design │ Application of segmented refractory linings in wastewater incinerators │ Numerical simulation of gas component distribution in decomposers │ Numerical simulation of three-dimensional turbulent flow field in decomposers │ Numerical simulation of pulverized coal combustion of different coal qualities in decomposers │ Numerical simulation of gas-solid two-phase flow characteristics in decomposers │ Analysis of the simulation results of different models of the gas-solid two-phase flow field in the decomposer│ Numerical simulation analysis of the gas phase turbulent flow in the decomposer│ Discussion of the numerical model of the flow characteristics in the decomposer│ Research on the scientific calculation and visualization of the temperature field in the decomposer│ Research on the burnout characteristics of coal in the decomposer│ Analysis of the material residence time distribution and flow pattern in the decomposer│ Causes and measures for coal blockage in the coal injection pipe of the decomposer│ Measures for dealing with collapse of the decomposer│ Treatment of small collapse materials in the calciner │ Measures and effects to solve the problem of clinker egg formation after calciner renovation │ Research on the flow field visualization method of the calciner │ Burning damage and treatment of the calciner wall │ Research on the catalytic combustion of anthracite coal for the calciner │ The impact of poor installation of the calciner on clinker burning and improvement measures │ Development of a virtual prototype of the calciner │ A brief discussion of common problems and solutions in the operation of thermal oil furnaces │ Use Profit Controller to achieve temperature balance control of the heating furnace branch│ Utilize carbide furnace tail gas to produce methanol and dimethyl ether│ Analysis of the cracking reasons of the reinforced joints of the B series reformer of the hydrogen production unit│ Analysis and countermeasures of the cracking of the furnace tube of the hydrogen production unit reformer│ Analysis of the causes of cracking of the short section of the reformer tube of the hydrogen production unit│ Analysis of the fracture of the pigtail pipe under the Incoloy800H alloy of the hydrogen production reformer│ Analysis of the causes of cracks in the lower tail pipe of the hydrogen reformer│ Analysis of the causes of embrittlement of the catalyst bracket of the hydrogen reformer│ Analysis of the causes of abnormal oxygen content in the hydrogen reformer│ Analysis of bending deformation of the hydrogen reformer tubes and countermeasures│ Analysis of the causes of explosion of the hydrogen reformer tubes│ Analysis of the condition of the hydrogen reformer tubes and life assessment│ Analysis of the red tubes of the hydrogen reformer tubes and treatment measures│ On-site installation and lining construction of the sulfur production furnace│ Discussion on the relationship between the design selection of the phosphorus production electric furnace and the energy consumption of the electric furnace│ Analysis of the industrial operation of the pressurized ash fusion polygasification furnace│ Discussion on the selection of furnace tubes for the fractionation furnace of the hydrogenation unit│ Discussion on the optimization of the mechanical design of the heating furnace of the hydrogenation unit│ Renovation of the lining of the hydrogenation feed combustion furnace│ Discussion on the design of complex control schemes for cross-limiting heating furnaces│ Causes and countermeasures of vibration of heating furnace inlet and outlet pipelines│ Several schemes for balanced control of heating furnaces│ Effect of applying high-temperature radiation-resistant energy-saving coatings to heating furnaces│ Design and application of heating furnace stepping hydraulic system│ Technical analysis of serious oxidation and burning losses of heating furnaces│ Renovation of heating furnace shock wave soot blower system│ Insulation design of heating furnace body and application of refractory fiber│ Influence and adjustment of pressure in heating furnace 2005│ Heating furnace tube material damage mechanism and metallographic examination │ New coke removal technology for heating furnace tubes │ Analysis of causes of expansion and deformation of heating furnace tubes │ Heating furnace thermal efficiency control │ Influencing factors and solutions to heating furnace thermal efficiency │ Technical transformation of heating furnace burners │ Heating furnace combustion control system │ Heating furnace combustion control system in * * Application in Dian Oilfield │ Comparison of calculation methods of two-phase flow inner film heat transfer coefficient in heating furnace tubes │ Analysis of ash accumulation in heating furnace tubes and online application of soot treatment agents │ Discussion on the theory of optimization of heating furnace systems │ Optimization and application of online disassembly and inspection of heating furnace constant light fire inspection │ Design of heating furnace collection tubes │ Hazards of industrial furnace flue gas in chemical enterprises and subsequent treatment methods │ New energy-saving technologies for single-sided radiation coking furnaces │ Research and development of horizontal extractable water jacket heating furnace and its application │ Finite element fatigue analysis of pressure sintering furnace │ Thermal efficiency of crude oil heating furnace operating under different working conditions │ Introduction to industrial television monitoring system for furnace flame of crude oil heating furnace │ Application of double-sided radiation ladder furnace in delayed coking unit │ Design of generator gas station and its industrial application │ Application of sampler in cracking furnace of ethylene unit │ Comprehensive assessment of fire damage to heating furnace │ Application of frequency converter in energy-saving renovation of combustion fan of small heating furnace │ Application of variable frequency speed regulation energy-saving technology in heating furnace blower │ Analysis of the effect of various baffles in refinery heating furnace │ Analysis of accidents in the air induction shed of the first furnace of the synthesis device │ Numerical simulation calculation of the flow field of the Pentium decomposition furnace │ Introduction to the industrial application of the four-nozzle coal-water slurry gasification furnace │ The impact of the fixed layer gas generator grate on energy saving and consumption reduction │ Summary of the renovation and operation of the fixed layer gas generator │ Sampling inspection status of domestic ethylene cracking furnace tubes │ Domestic low NO_The application of x burner in the adaptive modification of cracking furnace for ethylene raw materials │ The development trend of industrial furnaces at home and abroad │ The research progress of blast furnace slag granulation technology at home and abroad │ Cylindrical tubular heating furnace process calculation program and its application │ Numerical simulation and analysis of radiant chamber combustion in cylindrical heating furnace │ Thermal flow field of cylindrical natural gas heating furnace │ Design and discussion of cylindrical heating furnace expansion and transformation│ Repair of leakage in the extension section of the reforming tube of the first stage of the reformer in service │ Analysis on the design and selection of oil field indirect heating furnaces based on API 12K specifications │ Analysis on the application of construction rules for fire barrel heating furnaces based on ASME specifications │ Research on heat transfer of organic heat carrier furnace spiral coils based on CFD │ Converter furnace inspection based on damage mechanism analysis │ Soft measurement of calorific value of cracking furnace fuel gas based on support vector machine │ Advanced control and real-time optimization technology of cracking furnace based on near infrared analyzer │ Analysis of the reasons for the low success rate of burner ignition at the start-up of Shell gasifier│ Technical transformation of Shell gasifier slag scooper│ Analysis of causes of water intrusion into Shell gasifier│ Equipment characteristics and technical management of Shell coal gasifier│ Problems and solutions during the commissioning of multi-component slurry gasifier│ Comparison and correlation analysis of actual operating data of multi-nozzle opposed gasifiers and single-nozzle coal-water slurry gasifiers│ Application of multi-chamber furnaces in the activated carbon industry │ Research on the flow field of large cylindrical natural gas heating furnaces and optimization of heat transfer surfaces │ Discussion on the design of large-scale pressure reduction furnaces │ Analysis of temperature fields and flue gas flow fields of large-scale hydrogen production reformers │ Structural optimization of reinforced ribs on tube plates of large-scale heating furnaces │ High-grade development of large-scale heating furnaces promotes the progress of modular shipping technology │ High-grade development of large-scale heating furnaces promotes the progress of modular design technology │ Performance analysis of the riser tube of a large-scale synthetic ammonia reformer operating for 100,000 hours │ Energy-saving technology of multi-burner fuel supply system for large-scale industrial furnaces │ Trial and research on centralized gas supply for large-scale industrial furnace construction │ Large-scale Texaco gasifier manufacturing process │ Numerical simulation of flue gas flow and combustion and heat transfer processes in large-scale square box furnaces │ Design and selection of reactor burners for large-scale sulfur recovery units │ Development ideas and preliminary plans for large-scale green cracking furnaces │ Domestic research and development of bottom burners for large cracking furnaces │ Stress analysis of the conversion tube system of large reforming furnaces │ Comparison of furnace types of large continuous reforming unit reactive heating furnaces │ Stress analysis and research on the connection area between skirt and shell of large high-temperature conversion furnaces │ Natural gas cupola furnace │ Development status and improvement exploration of natural gas heating furnaces │ Maintenance methods of natural gas negative pressure heating furnace flue │ Stress analysis of non-standard flanges of jacketed heating furnaces │ Starter furnace automatic ignition device │ Several problems existing in thermal oil heating furnaces │ Analysis and countermeasures for insufficient heat supply of thermal oil furnaces │ Localization transformation of small ethylene cracking furnace radiant section furnace tubes │ Transformation and application of tail gas incinerator long-light ignition gun │ Research on oxygen flow fuzzy control system of industrial heating furnace │ Hardware design of industrial heating furnace monitoring system │ The most important thing for industrial furnace application is to base on the production site │ Understanding and application of the term "expansion joint" of industrial furnaces │ Research on temperature control technology of industrial furnaces │ Research on control technology of industrial furnace temperatures │ Optimization of the furnace wall structure of industrial furnaces │ Waste heat utilization of industrial furnace flue gases │ Prevention and control of industrial furnace gas poisoning │ Energy saving and environmental protection of industrial furnaces │ Combined melting of industrial furnaces is an application direction for the production of high-end products │ Advanced manufacturing technology of heat-resistant ductile iron in industrial furnaces │ The utilization status of industrial furnace energy consumption and the improvement of fuel utilization ratio │ The current status and development trend of industrial furnace energy conservation │ Improvement of industrial furnace regenerators to save fuel │ Calculation method of industrial furnace steel structure load and load combination │ Design of industrial kiln optimized combustion control system and its implementation method in DCS │ Discussion of combustion control scheme of process heating furnace │ Technical transformation of atmospheric and vacuum heating furnaces │ Application of air-fuel ratio control of atmospheric and vacuum heating furnaces │ Technical renovation of the heating furnace of the atmospheric and vacuum distillation unit │ Operation analysis and improvement measures of the heating furnace of the atmospheric and vacuum distillation unit │ Energy-saving renovation of the heating furnace of the atmospheric and vacuum unit │ Adjustment of the superheated steam furnace tube in the convection chamber of the atmospheric and vacuum furnace of the atmospheric and vacuum unit │ Applying BCM simulation software to optimize the value of the naphtha cracking furnace │ Applying BCM software to optimize the operation of the industrial cracking furnace │ Summary of waste acid cracking furnace design │ Discussion on coking of heating furnace tubes in delayed coking unit │ Modification of flue gas waste heat recovery system of heating furnace in delayed coking unit │ Numerical simulation of three-dimensional gas-solid flow characteristics in circulating fluidized bed pulverized coal gasifier │ Circulating fluidized bed pulverized coal gasifier 1 │ Texaco gasifier integral flange manufacturing technology │ Flue gas acid production practice of Ausmelt furnace in our factory │ Usage status of radiant furnace tubes in my country's ethylene cracking furnace │ The current situation and development of industrial furnaces in my country │ The influence of twisted tubes on the pressure drop in the atmospheric heating furnace tubes │ Explore new ways to develop decomposition furnaces │ Improve the operation and management level of heating furnaces to achieve energy saving and consumption reduction │ Methods to improve the thermal efficiency of large heating furnaces │ Improve the lining structure of heating furnaces to reduce air leakage and heat dissipation │ New DD decomposition furnaces │ Application of new two-in-one graphite hydrogen chloride synthesis furnaces │ Application of new thermal insulation lining in coking heating furnace │ Application of new double radiation slope step furnace │ Discussion on the design of new delayed coking heating furnace │ Application of new plate air preheater in atmospheric and vacuum heating furnace │ Causes and treatment of over-temperature of wall temperature in new gasifier │ Causes of damage to process burners of new gasifier and improvement measures │ Application of new ultraviolet flame monitor in heating furnace │ Application of new cast fin plate air preheater in refining unit heating furnace │ Structural characteristics of new top-fired reformer │ Design and application of square box-shaped coal-fired molten salt heating furnace │ Numerical simulation of rotary jet combined decomposition furnace 6 │ Research on inorganic heat transfer crude oil heating furnace technology │ Application of non-oxidation regenerative energy-saving burners in industrial furnaces │ Combustion characteristics of anthracite coal and its impact on the design of burners and decomposition furnaces │ Two-stage throttling automatic control renovation of Puguang gas field heating furnace │ Structural characteristics and construction difficulties of thermal oil furnaces in Shuwulian crude oil dehydration project │ Application of mechanical coke removal in coking heating furnaces │ Application of mechanical coke removal technology in delayed coking heating furnaces │ Simulation research of fuzzy internal model control in resistance heating furnace systems │ Construction and baking of walking beam heating furnace lining│ Application of ratio control system in the modification of ammonia oxidation furnace│ Effect of gasification agent ratio on gasifier performance│ Optimal design of gasifier│ Research on gasifier manufacturing process│ Application of adjustable anti-vibration thermocouple of gasifier in gasifier│ Analysis and monitoring use of surface cracks in the quench chamber of gasifier│ Replacement of gasifier support brick bottom plate and Inconel825 nickel-based alloy inner ring │ Discussion on liquid level measurement in gasifier quench chamber │ Analysis of gasifier furnace wall temperature detection methods │ Repair of gasifier barrel cracks │ Repair welding of gasifier shaft casing flange threaded holes │ Gasifier lock hopper system slag plugging phenomenon and treatment methods │ Gas field natural gas heating furnace type selection │ The influence of oxygen injection angle on the pressure field in the coal-to-methanol reformer │ Manufacturing technology of key components of ammonia oxidation furnace │ Simulation study of combustion heat transfer characteristics of water jacket heating furnace │ Research and application of strength calculation standards for optimal design of water jacket furnace │ Application of enhanced heat transfer and structural optimization design of water jacket furnace │ Analysis of design technology of water coke slurry gasifier │ Determination of optimal cycle operation time of water gas furnace │ Research and application of oil and gas mixed adjustable flame burners │ Technical transformation of oilfield steam injection boiler fire and water adjustment control loop │ Research on cleaning criteria for reused sewage in steam injection boilers │ Improvement of soot blowing process management in the convection section of steam injection boilers │ Brief analysis of the measurement and control of cracking furnace steam drum liquid level │ Brief discussion on measures to cope with internationalization in the design of heating furnaces │ Brief discussion on the design of two-stage reforming furnaces │ Brief discussion on the application of regenerative combustion technology in industrial furnaces │ A brief discussion on the special requirements of the control valve of the new coal-water slurry gasifier│ A brief discussion on the structural design of the pipe gallery in the front area of the furnace│ A brief discussion on the design and selection of the analysis system in the coal gasification furnace│ Thermal calculation of the heating furnace for pre-painting treatment│ Discussion on the diameter expansion design of the deep-drawing decompression furnace tube│ Optimal design of the smoke tube of the fire barrel heating furnace│ Application of furnace tube mechanical coking technology in the heating furnace of delayed coking device│ Modeling methods for several types of special structures in furnace lining thermal stress analysis │ Key points in material selection for oil refining heating furnace tubes——Learning * "Flame Heating Furnace for General Refining Units" (SHT 3036-2012) Experience (4) │ Key Points for Selection of Furnace Tubes for Refining Heating Furnaces - Learning * "Flame Heating Furnaces for General Refining Units" (SHT3036-2012) Experience (2) │ Key points for lining material selection for oil refining heating furnaces - Learning * "Flame Heating Furnaces for General Refining Units" (SH/T3036-2012) Experience (5) │ Development and Prospects of Air Preheaters for Refining Heating Furnaces │ Development and Engineering Application of Wall-attached Flame High Aluminum Refractory Bricks for Refining Heating Furnaces │ Frequently Asked Questions and Precautions for Ovens │ Application of Smoke Tube Type High Temperature Heat Furnaces in Heavy Oil Catalytic Cracking Units │ Heat exchange efficiency and CFD numerical simulation of radiant heating furnace│ Application of heat pipe technology in regeneration steam of heat carrier furnace│ Analysis and modification of hot blast furnace burner damage reasons│ Improvement of sulfur furnace design│ Analysis and repair of the cause of breakage of steam injection line of coking heating furnace│ Research on coking furnace process calibration method│ Treatment and optimization of coking in the convection section of the heating furnace of coking unit│ Design and application of coke oven flue gas waste heat recovery device │ Development of Lucci gasifier for coal gasification engineering │ Risk identification and control of coal chemical conversion furnace │ Analysis and discussion of material selection for coal chemical conversion furnace │ Coal gasification technology and application of gasifier │ Waste heat recovery at gas generator outlet │ Gas generator instability analysis │ Gas generator water jacket strength calculation │ Comprehensive inspection of gas generators and analysis of bulging accidents │ Energy consumption analysis of gas generators and their industrial applications │ Analysis of economic benefits of burning coal briquettes in gas furnaces │ Suggestions that molten salt furnaces be regulated under the Regulations │ Concept of gas and oxygen two-way uniform flow natural gas cupola furnace │ Application of combustion optimization control in atmospheric pressure heating furnaces of distillation units │ Selection of molten salt heating devices in caustic soda production │ Use Excel to calculate the main structural parameters of the preheater decomposition furnace │ Use Matlab to calculate the reaction equilibrium temperature of the acid gas combustion furnace of the sulfur recovery device │ Dryness detection and pipe burst early warning device for steam injection boiler │ Design of complex control of flue gas oxygen volume fraction of toluene disproportionation heating furnace │ Industrial application of electric heating furnace instead of liquid hydrocarbon cylindrical heating furnace │ Analysis and transformation of the current situation of dust removal in electric roasting furnaces │ Analysis of the influence of calcium carbide furnace circulating water system on equipment │ Electrical characteristics of calcium carbide electric arc furnace power supply system │ Measurement and analysis of creep data of coiled preheating furnace tubes │ Technical improvement of direct tube light-duty heating furnace │ Research on calculated length of steel structure frame columns and wall plates in petrochemical heating furnaces with wall plates in the plane │ Optimization analysis of steel structure wall plate stiffeners of petrochemical heating furnaces │ Research on design methods of steel structure of petrochemical heating furnaces │ Principle analysis of the SRT-IV cracking furnace in the petrochemical cracking industry│ Energy-saving renovation of the "four-in-one heating furnace" of the petrochemical reforming unit│ Determination of hexavalent chromium in milk powder by graphite furnace atomic absorption spectrometry│ Determination of arsenic content in naphtha by graphite furnace direct injection atomic absorption method│ Modular design, manufacturing and installation of petrochemical industrial furnaces│ Monitoring and analysis of petrochemical process heating furnaces and energy-saving measures│ Failure and treatment of air preheaters in petrochemical tubular heating furnaces │ Universal burners for petrochemical tubular furnaces │ Steel structure design of industrial cylindrical furnaces in petrochemical plants │ Advanced control technology and development of heating furnaces in the petroleum industry │ Full-cycle steady-state simulation and operation optimization of naphtha cracking furnaces │ Design and configuration of hot blast furnaces in slag powder production lines │ The great strategic significance of developing natural gas cupolas │ Stress check of ethylene cracking furnace pipeline for rupture and leakage │ Discussion on the selection of temperature instruments for the combustion furnace of the sulfur recovery unit │ Calculation of the equilibrium temperature of the acid gas combustion furnace of the sulfur recovery unit │ Coking analysis of the decompression furnace of the Shenhua coal direct liquefaction project │ The application of air preheater in the cracking furnace │ Tubular heating furnace heat transfer optimization technology and application │ Technical transformation measures for the processing capacity of the tubular heating furnace │ Design calculation of tube wall thickness of tubular heating furnace │ Coking analysis of tubular heating furnace tubes │ Analysis of causes of flash explosion accidents in tubular heating furnaces and preventive measures │ Prevention and repair of tubular industrial furnace tube damage │ Application of infrared thermometers in sulfur recovery incinerators │ Structural improvement and manufacturing of horizontal heat carrier furnaces with tube shells │ Comprehensive analysis to determine economical and reasonable heating efficiency of heating furnaces │ Research on carburizing atmosphere distribution in mesh belt furnace │ Measurement method of mesh belt furnace temperature and operating time │ Discussion on the main design parameters of reaction feed heating furnace │ Application of refractory fiber spraying technology in heating furnace insulation construction │ Application of pulse combustion technology in industrial furnaces │ Optimization of steam superheated furnace fuel system in dehydrogenation system │ Application of membrane oxygen enrichment technology in energy saving of gas furnaces │ Application of energy-saving and emission reduction technology for aromatic hydrocarbon heating furnaces │ Analysis of heating furnace thermal efficiency under the calibration state of aromatic hydrocarbons extraction unit │ System design of exhaust gas incinerator of phenol acetonide unit │ Technical transformation of distillation unit heating furnace │ Analysis of reasons for fracture of superheated steam furnace tubes in distillation unit atmospheric pressure furnace │ Discussion on thermal calculation of regenerator 3 │ Application prospects of regenerative combustion technology in petrochemical tube furnaces │ Regenerative combustion technology and its application in metallurgical industrial furnaces │ Practice and prospects of regenerative combustion technology 2 │ Effect of surface roughness on low oxygen partial pressure pre-oxidation of 25Cr20Ni alloy cracking furnace tubes │ Progress in cracking furnace numerical simulation technology │ Improvement of cracking furnace drum level measurement system │ Calculation and comparison of cracking furnace wall plates simplified to tension and compression rods │ Dynamic simulation of the charring process of cracking furnaces │ Analysis of the causes of wear and penetration of the thermocouple protection sleeve of the cracking furnace and improvement measures│ Modification of the ultra-high pressure steam venting control valve of the cracking furnace│ Analysis and improvement measures of the cracking furnace radiant coil bending│ Influencing factors and optimization measures for the long-term operation of the cracking furnace│ Application prospects of lean-burn reburning technology in tubular heating furnaces│ Design and application of vehicle-mounted molten salt heating furnaces│ Analysis and evaluation of the status of the gas collector under the converter│ Hydrostatic test of reformer furnace tubes│ Analysis and treatment of local overheating of reformer steam generator lining│ Application and effect evaluation of heat medium furnaces in oil transportation stations│ Influence of excess air coefficient α on tubular heating furnaces│ Measurement and control of dryness of superheated steam injection boilers│ Use numerical simulation to study the impact of different heating forms on the operation of cracking furnaces│ Analysis of the causes of furnace tube rupture of four-in-one reforming furnaces│ Change of the furnace wall lining of the four-in-one heating furnace of the reforming unit │ Improvement of the high-temperature heat recovery furnace of the heavy oil catalytic cracking unit │ Numerical simulation and design of the heavy oil gasification furnace │ Application of cast iron plate air preheater in the distillation heating furnace │ Design of the automated control system for the production process of the antimony white furnace │ Research on the high-temperature oxidation phenomenon of the ethylene cracking furnace tube KHR45A after long-term service │ Discussion on the desulfurization of the generator gas in the ceramic industry │ Design and manufacturing of pre-conversion furnace │ Development of preheaters and decomposers (1) │ Development of preheaters and decomposers (7) │ Development of preheaters and decomposers (3) │ Development of preheaters and decomposers (2) │ Development of preheaters and decomposers (5) │ Development of preheaters and decomposers (6) │ Development of preheaters and decomposition furnaces (4) │ Design and application of regenerative combustion technology for the No. 1 heating furnace of Shougang Medium and Thick Plate Plant │ Energy saving analysis of Hong Kong terminal natural gas heating furnace │ Optimization design of tooth-type clamp locking structure of high-pressure sintering furnace │ Design and calculation of high-efficiency energy-saving hot blast furnace │ Reasonable application of high-temperature air regenerative combustion technology in industrial furnaces │ Material selection principles for high-temperature cracking furnace tube design │ Safety assessment of high-temperature and high-pressure hydrogen service furnace tubes │ High air temperature technology of blast furnace hot blast furnace │ Improvement of manufacturing technology of cone head assembly of Lurgi gasifier │ Experimental research on extracted oil content at the gas outlet of Lurgi furnace │ Manufacturing process of Luqi pressure gasifier and supporting equipment │ └─26.0 Industrial furnace courseware │ 5 Furnace top charging equipment 35.ppt │ A heating furnace combustion system control scheme 28.ppt │ Design instructions for China Petroleum & Chemical Corporation's oil refining model heating furnace 51.ppt │ Metallurgical Furnace Thermal Engineering Fundamentals Chapter 2 Fuel and Combustion Calculation PPT 64 │ Heating Furnace 68.ppt │ Heating furnace training 38.ppt │ Heating furnace training 74.ppt │ Heating Furnace Training Course "Petrochemical Heating Furnace Burner and Petrochemical Heating Furnace Energy Saving Technology" 61.ppt │ Basic knowledge of heating furnace.ppt │ Lecture on large-scale heating furnace.ppt │ Handling abnormal operation of heating furnace.ppt │ Handling abnormal operation of heating furnace and energy-saving measures 57.ppt │ Heating furnace operation tutorial.ppt │ Heating furnace detection and energy-saving technology PPT 41 │ Heating furnace types, main components and technical indicators.ppt │ Heating furnace maintenance and inspection 30.ppt │ Introduction to industrial furnaces PPT 76 │ Industrial furnace thermal engineering and equipment unit 10 information PPT 46 │ Industrial furnace masonry construction acceptance specifications PPT 25 │ Application and development of industrial furnaces PPT 49 │ Industrial furnace energy saving PPT 49 │ Normal and vacuum heating furnaces and optimization PPT 115 │ Galanz induction cooker training materials 37.ppt │ Pressure drop in the furnace tube.ppt │ Oil refinery tube heating furnace burner technology 46.ppt │ Refinery tubular heating furnace burner technology 46.ppt │ Petrochemical heating furnace burner Petrochemical heating furnace energy-saving technology 74 │ Introduction to petrochemical tubular process heating furnace PPT 45 │ Common problems and countermeasures of carbon steel-water heat pipes in heating furnace applications PPT 49 │ Chapter 4 Introduction to heating furnace algorithms PPT 13 │ Furnace construction technology PPT 62 │ Tubular heating furnace PPT 235 │ Tubular heating furnace 34.ppt │ Tubular heating furnace.ppt │ Tube heating furnace training materials PPT 160 │ Tube heating furnace courseware PPT 34 │ └─Heating furnace Chapter 1 Heating furnace types, main components and technical indicators.ppt Chapter 2 Combustion process calculation?.ppt Chapter 4 Radiation chamber heat transfer calculation.ppt Chapter 5 Convection chamber heat transfer calculation.ppt Chapter 6 Pressure drop in the furnace tube.ppt Chapter 7 Chimney Design.ppt Chapter 8 Flue Gas Waste Heat Recovery.ppt Chapter 9 Heating Furnace Operation, Control and Optimization.ppt