16.1 List of data for natural gas (excluding gas)

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16.1 List of information on natural gas (excluding gas) ├─16.1 General information on natural gas (excluding gas) │ Brief supplementary report on the environmental impact of the receiving station project of the first phase of the LNG project 38 │ Introduction to the process design of the LNG receiving station 25 │ Lectures on LNG receiving station processes and key equipment 53 │ LNG receiving station equipment technical training 40.ppt │ Overview of LNG ship tanks and their insulation technology │ Sharing experience in engineering design and construction of large-scale LNG receiving stations 30 │ Excerpt from natural gas utilization manual Helium extraction │ Natural gas station inspection project.doc │ Natural gas processing and processing Excerpt from Zhu Likai’s helium extraction │ Natural gas processing and processing technology_Excerpt from the second volume of the Natural Gas Engineering Manual Helium extraction process │ Comprehensive utilization of natural gas Excerpt from natural gas helium extraction │ Natural gas dehydration technology.doc │ Natural gas desulfurization engineering design │ Latest industrial natural gas production helium procedures │ Design of LNG urban gas supply station.doc │ LNG receiving station engineering design preparation outline 21 │ Discussion on the plan of converting coke oven gas to natural gas.doc │ Instructions for writing special articles on the design of safety facilities for onshore oil and gas construction projects (natural gas processing plant part).doc │ ├─16.1 Natural gas (excluding gas) books │ Large-scale accumulation theory and exploration and development technology of medium and low-abundance natural gas resources in China │ China’s underground gas storage, 2018 edition edited by Ma Xinhua, Ding Guosheng et al. │ China’s natural gas geology │ China’s natural gas accumulation zones │ Research on China’s natural gas economic development issues │ Natural gas surface engineering technology and management of training materials compiled by China National Petroleum Corporation │ Natural gas development technology system in the Junggar Basin, taking the first gas production plant of Xinjiang Oilfield Company as an example │ Research and application of natural gas processing technology in condensate gas fields 2011 edition │ Gas station operation practice manual 2014 edition │ Urban natural gas engineering second edition 2018 edition edited by Guan Yanwen, Cai Lei, Li Fan and others │ Urban natural gas engineering │ Natural gas and China's energy low-carbon transformation strategy │ Research on the low-carbon development model of the natural gas industry 2011 edition │ Research on the upstream development planning risks of the natural gas industry chain 2013 edition │ Natural gas low-carbon catalytic combustion characteristics and applications Zhang Shihong, (France) Valerie, (UK) Allen 2015 │ Research on the calculation method of economic value of natural gas use 2012 edition │ Natural gas combined cooling, heating and power energy system 2010 edition │ Natural gas purification process desulfurization and decarbonization, dehydration, sulfur recovery and tail gas treatment second edition edited by Wang Kaiyue 2015 edition │ Natural gas purification process - desulfurization and decarbonization, dehydration, sulfur recovery and tail gas treatment │ Natural gas purification process technical manual 2013 edition │ Natural gas purification production operation management manual 2013 edition │ Natural gas liquid recovery technology Wang Zhi, 2014 edition │ Natural gas distributed energy supply and the 12th Five-Year Regional Energy Plan 2012 edition │ Natural gas analysis and testing technology and its standardization petroleum industry technical supervision series │ Theory and practice of intensive development of natural gas utilization industry 2013 edition │ Natural gas utilization manual │ New technologies for natural gas utilization 2012 │ Natural gas processing engineering (second edition) Editor-in-chief Zhu Lin │ Natural gas processing engineering │ Natural gas filling station construction and management 2013 edition │ Natural Gas Chemical Engineering and Utilization 2011 Edition│ Natural Gas Chemical Technology and Utilization│ The future of natural gas and hydrogen is not always bright 2011 Edition│ Introduction to Natural Gas Geology│ Natural Gas Ground Engineering 270│ Natural Gas Ground Engineering edited by Li Yun et al.│ Natural Gas Ground Engineering Technology and Management 2011 Edition│ Natural Gas Ground Engineering Design 2014│ Natural gas surface engineering design in 2014 │ Natural gas treatment and processing Zhu Likai 441 │ Natural gas treatment and processing technology college teaching book │ Natural gas treatment and processing technology principles and technological progress 2010 edition │ Natural gas treatment and processing manual Chang Honggang, Meng Xianjie, Yan Tingzhao 2016 edition │ Natural gas treatment and processing technology Wang Yudong Petroleum Industry Press 1999 │ Natural gas treatment and processing technology_Wang Yudong_Petroleum Industry Press 1999 246 │ Natural Gas Processing Principles and Technology 3rd Edition Edited by Wang Yudong and Zheng Xin 2016 Edition │ Natural Gas Processing Principles and Technology 2nd Edition 2011 Edition │ Natural Gas Processing Technology │ Natural Gas Engineering │ Natural Gas Engineering Series - Natural Gas Mine Gathering and Processing │ Natural Gas Engineering Series - Comprehensive Utilization of Natural Gas │ Natural Gas Engineering Series - Natural Gas Resource Exploration │ Natural Gas Engineering Series - Gas Reservoir Geology │ Natural Gas Engineering Series - Gas Production Engineering │ Natural Gas Engineering Manual 2012 │ Natural Gas Engineering Manual Volume 1 and 2 │ Natural Gas Engineering Manual Volume 1 │ Natural Gas Engineering Manual Volume 2 │ Natural Gas Engineering Technical Training Series Gas Reservoir Engineering "Gas Reservoir Engineering" Writing Group 2017 Edition │ Natural Gas Engineering Technology Training Series Oil, Gas, Water Analysis and Testing and Environmental Energy Saving Monitoring "Oil, Gas, Water Analysis and Testing and Environmental Monitoring" Writing Team 2017 Edition │ Introduction to Natural Gas Engineering 2013 │ Natural Gas Engineering (Third Edition Rich Media) Ground Gathering and Transportation Engineering Volume Edited by Ma Guoguang 2017 Edition │ Research on Natural Gas Market Allocation and Compensation Mechanism Zhou Zhibin │ Natural Gas Application Technology Manual │ Natural Gas Development Theory and Practice Volume 2, 2013│ Natural Gas Mining Engineering│ Natural Gas Mining Engineering Series - Natural Gas Treatment and Processing│ Natural Gas Mining Engineering Series - Natural Gas Mine Gathering and Transportation│ Practical Calculation of Natural Gas Mining Well Testing│ Origin of Natural Gas and Geoscientific Basis for the Formation of Large and Medium-sized Gas Fields│ Natural Gas Collection 2016 3-4 Collection│ Natural Gas Machine Construction and Use│ Natural Gas Temperature Management and Energy Measurement│ Ice that can burn natural gas hydrates 2013 edition │ Overview of natural gas hydrates 2012 edition │ Natural gas hydrate energy resource potential and related geological risks 2012 edition │ Natural gas hydrate depressurization mining theory and technology 2014 │ Natural gas flow measurement (second edition) edited by Zhang Yonghong │ Natural gas deep and ultra-deep well drilling technology edited by Jiang Zujun 2011 edition │ Natural gas combustion and application technology │ Natural gas knowledge and practical technology Guo Zhonggui │ Natural gas knowledge question and answer manual 2012 │ Natural gas hydrocarbon isotope fractionation kinetics and application 2010 edition │ Comprehensive utilization of natural gas │ Comprehensive utilization technology of natural gas │ Natural gas resources │ Research on rational utilization methods of natural gas resources │ Natural gas transonic gas-water separation technology 2010 edition │ Natural Gas Transmission and Storage Engineering - One of the Natural Gas Engineering Series │ Natural Gas Transmission and Storage Engineering │ Natural Gas Transmission and Urban Gas │ Natural Gas Transmission and Distribution Technology │ Natural Gas Migration, Storage and Capping Conditions │ Natural Gas Gathering and Transportation Engineering Chief Editor Zhang Lianghe │ Natural Gas Revolution Shale Gas Sets Off New Energy Battle 2015 Edition │ Natural Gas Pretreatment and Processing Volume 1 │ Practical Natural Gas Engineering │ Popular Reader on Contemporary Petroleum and Petrochemical Industry Technology Natural Gas Mining │ Popular Reader on Contemporary Petroleum and Petrochemical Industry Technology Natural Gas Mining 2nd Edition 2012 │ Research on Network Chain Integration of my country's Natural Gas Industry │ Geological-Geophysical Characteristics and Prospects of Natural Gas Hydrate in my country's Seas │ Oil and Gas Reservoir Formation and Exploration Petroleum University Key Laboratory of Petroleum and Natural Gas Reservoir Formation Mechanisms 2002 Research Achievements Collection of the Ministry of Education's Key Laboratory of Oil and Gas Reservoir Formation and Exploration: Anthology of Scientific Research Achievements in 2003 by the Key Laboratory of Petroleum and Natural Gas Reservoir Formation Mechanism of the Ministry of Education, Zhang Yiwei │ Registered Petroleum and Natural Gas Engineer Qualification Examination Professional Basic Examination Re-xl Tutorial │ Registered Petroleum and Natural Gas Engineer Qualification Examination Public Basic Examination Repetition Liquefied Natural Gas Technology 2012 222 │ Liquefied Natural Gas Technology Second Edition Edited by Gu Anzhong 2015 Edition │ Liquefied Natural Gas Technology Second Edition High Definition Editable Text Version │ Liquefied Natural Gas Technology Manual High Definition Editable Text Version │ Liquefied Natural Gas Technical Manual │ Liquefied Natural Gas Technology Questions and Answers │ Liquefied Natural Gas Equipment Design Technology Liquefied Heat Exchange Volume Zhang Zhouwei, Guo Shunzhi, Wang Yahong, Zhao Li, 2018 │ Liquefied natural gas equipment design technology: Power storage and transportation volume Zhang Zhou Wei et al. 2018 edition │ Liquefied natural gas operation and operation edited by Gu Anzhong 2015 edition │ Liquefied natural gas operation and operation high-definition editable text version │ Liquefied natural gas project management manual Xing Yunzhuo 2012 edition │ Liquefied natural gas (LNG) process and engineering 2014 │ Liquefied natural gas (LNG) receiving station important equipment and materials manual │ Preliminary study on key technologies for deepwater natural gas hydrate drilling and sampling 2014 edition │ Coal-to-synthetic natural gas technology and application │ Modern fracturing technology is an effective way to increase natural gas production 2012 │ Modern coal-to-natural gas plant conceptual design research edited by Li Anxue 2015 edition │ Guidelines for construction supervision, commissioning and commissioning of electric-driven natural gas compressor stations │ Xiangguosi Gas Storage Drilling and Production Technology Li Jie et al. 2018 Edition │ Practical Manual of Technical Standards and Unified Specifications for the Petroleum and Natural Gas Industry - Bookmark 1763 │ Practical Manual of Technical Standards and Unified Specifications for the Petroleum and Natural Gas Industry │ Chief Editor of Petroleum and Natural Gas Geology Chen Zhaonian │ Petroleum and Natural Gas Geology Practice Petroleum and Natural Gas Engineering Technical Manual (Volume 1 and 2) │ Petroleum and Natural Gas Engineering Technical Manual (Volume 1 and 2) │ Petroleum and Natural Gas Reserve Calculation Methods Second Edition │ Petroleum and Natural Gas Reserve Calculation Method │ Petroleum and Natural Gas Engineering Standard Manual │ Petroleum and Natural Gas Technology and Application 2010 Edition │ Petroleum and Natural Gas Reservoir Geology │ Petroleum and Natural Gas Chemical Technology 2011 Edition │ Petroleum and Natural Gas Engineering Standard Manual Volume 2 │ Development and Utilization of Oil and Gas 2015 Edition │ The Future of Oil and Gas 2012 │ Magnetic Exploration of Oil and Gas │ Oil and Gas Industry Simulation Training Series Textbooks Drilling Simulation Training Tutorial Top Drive Sequencing │ Oil and Gas Industry Equipment Classification and Coding │ Oil and Gas Drilling Power Equipment 2013 │ Oil and Gas Project Feasibility Study and Economic Evaluation Manual │ Petroleum and petrochemical industry professional qualification grade standards, training courses, appraisal question bank development guide compiled by China National Petroleum Corporation Human Resources Department 2015 edition │ Gas production technician training tutorial 2012 │ Golden Chord Changqing Changbei Natural Gas Development Foreign Cooperation Practice 2013 Edition │ Unconventional Natural Gas Geology 2013 Edition │ ├─16.1 Natural Gas (excluding gas) Papers │ Research on Bio-SR process for natural gas desulfurization │ Experimental analysis of Bio-SR applied to natural gas purification │ Discussion on the application of BOG compressor in LNG receiving station │ Application of BOG processing technology in LNG receiving station │ Process design research of CNG refueling mother station │ Comparative study of dehydration methods of CNG station │ Application of DCS in natural gas processing equipment │ Design optimization of ESD in natural gas purification plant │ FLNG production unit power station selection analysis │ LNG HYSYS simulation and optimization of the BOG recondensation process at the receiving station │ Discussion on LNG interchangeability and my country's natural gas quality management issues │ Research on LNG cold energy utilization process technology │ Discussion on the feasibility of LNG filling station BOG for domestic gas use in the station │ Feasibility analysis of artificial venting natural gas recovery at LNG filling stations │ Research on deep desulfurization and decarbonization technology of LNG feed gas │ Prevention and treatment of natural gas hydrates in LNG plants │ Numerical simulation of enhanced heat transfer process of LNG open-frame seawater vaporizer│ Analysis of key technologies of LNG complete heat exchanger│ Analysis of BOG recondensation control system of LNG receiving station│ Comparison and optimization of BOG processing technology of LNG receiving station│ Optimization of BOG processing technology of LNG receiving station│ Recondensation process of BOG of LNG receiving station│ Discussion of LNG liquid level measurement method in LNG receiving station│ Technical analysis and optimization of recondensation process in LNG receiving station│ Discussion on thermal safety valves in LNG receiving stations │ SIL grading and verification methods in LNG receiving stations │ Discussion on the application of cryogenic pipeline process technology in LNG receiving stations │ Process control analysis of recondensers in LNG receiving stations │ Research on process control of recondensers in LNG receiving stations │ Dynamic simulation research on the stability of recondensation systems in LNG receiving stations │ Research and thinking on cold energy supply schemes for LNG receiving stations │ Comparison of cold energy utilization schemes in LNG receiving stations │ Preliminary study on the cold energy power generation method in LNG receiving station│ Cascade utilization of cold energy in LNG receiving station│ Use of cold energy in LNG receiving station for light hydrocarbon recovery process│ Brief discussion on the use of cold energy in LNG receiving station for light hydrocarbon recovery process│ Analysis of comprehensive utilization of cold energy in LNG receiving station│ Common problems and solutions for the unloading process operation of LNG receiving station│ Analysis of pre-cooling scheme of the unloading system of LNG receiving station│ Analysis of development situation of LNG receiving station│ Research on calorific value adjustment process and economic evaluation of LNG receiving station │ Research on calorific value adjustment plan of LNG receiving station │ Calculation of natural gas profit and loss and analysis of influencing factors of LNG receiving station │ Safety design of LNG receiving station │ Anti-corrosion control during pressure test of process pipeline of LNG receiving station │ Research on general plane design of LNG receiving station │ Analysis of nitrogen consumption in loading and unloading operations of LNG receiving station │ Test plan for minimum external transmission volume of LNG receiving station │ Comparison of flare pipe network system design of LNG receiving station │ Preliminary study on the design of training system for team leaders of LNG receiving station │ Economic benefit analysis of LNG receiving station │ Improvement and performance analysis of boil-off gas re-condensation process of LNG receiving station │ Static calculation of boil-off gas (BOG) of LNG receiving station │ BOG recycling method in the early stage of commissioning of LNG receiving station │ Research on the effectiveness of predictive maintenance of LNG receiving station Thermal simulation study of 9Ni steel controlled rolling and controlled cooling process for LNG │ Research on pressurized gasification process of LNG peak shaving station │ Selection of gasifier for LNG project │ Performance of MDEA compound amine liquid in removing H2S from natural gas │ Exploration and research prospects of natural gas desulfurization mechanism by MDEA method │ Absorption performance of MDEA activated amine liquid in natural gas pretreatment process │ Research on optimization of MRC liquefaction process │ OR—GREEN Application of sulfur recovery technology in natural gas processing stations │ Application of PDMS three-dimensional software in the design of natural gas processing plants │ PRICOOR natural gas liquefaction technology and application practice │ Application of RAM analysis in LNG receiving stations │ Enlightenment of RBI technology in the application of natural gas processing plants │ Application of RBI technology in the maintenance of oil and gas processing units │ Interpretation of TR 22302 "Natural Gas-Methane Number Calculation" │ A BOG recovery process for a small LNG receiving station │ A process technology for producing liquefied natural gas from coke oven gas │ Energy-saving optimization measures for steam and condensate water in the sulfur recovery unit of Wanzhou Natural Gas Purification Plant │ Ground gathering and processing technology of Northeast Oil and Gas Branch │ The feasibility of developing coal-to-natural gas in the southeastern coast of China │ China’s natural gas exploration and development prospects │ China’s great natural gas development - the second venture of China’s petroleum industry │ Sinopec’s new natural gas development results and their enlightenment │ Research on China’s imported natural gas price formula │ Development and utilization of unconventional natural gas resources in China │ Application of QR codes in the management of natural gas gathering and transportation metering instruments │ Process for producing high-purity methane from liquefied natural gas │ Analysis of associated natural gas recovery and utilization process transformation plan │ Low-pressure natural gas light hydrocarbon recovery process │ Analysis of low helium-containing natural gas helium co-production LNG process │ Low-temperature nitrogen pre-cooled LNG receiving station discharge pipeline │ Technical and economic analysis of natural gas produced by low-temperature methane process │ Suggestions on the standardization of natural gas sound velocity calculation methods │ Analysis on the selection of natural gas desulfurization and decarbonization processes │ Research on high-sulfur natural gas processing technology │ Simulation and optimization of natural gas treatment processes in condensate gas fields │ Overview of functional safety standards and their application in natural gas control systems │ Process design scheme of compressed natural gas (CNG) refueling mother station │ Thermodynamic analysis and application of compressed natural gas decompression process │ Design and implementation of wireless remote monitoring system for compressed natural gas filling stations │ Analysis of key points in the design of compressed natural gas filling stations │ Research on drive control of compressed natural gas engine air management actuators │ Methods for adaptability analysis of desulfurization devices after changes in raw natural gas conditions │ Analysis and measures for vibration causes of raw natural gas filtration separation unit pipe network │ Membrane reactors that can reduce natural gas waste │ Combustible ice may change the geographical layout of my country's oil and gas │ Progress in synthetic natural gas technology │ Numerical simulation of synthesis gas to natural gas process │ Summary of synthetic ammonia tail gas to liquefied natural gas project │ Analysis of technical solutions for synthesis of ammonia relaxation gas to LNG │ Topology optimization of new capacity of gas gathering system including elbows and valve chambers │ Research on low-temperature stratified storage of liquefied natural gas containing 1% nitrogen │ Discussion on mercury-containing natural gas demercury process plan │ Study on the adaptability of sulfur-containing natural gas dehydration equipment to temperament changes │ Selection of sulfur-containing natural gas desulfurization process │ Overview of Kazakhstan’s natural gas industry and suggestions for Sino-Kazakhstan cooperation │ Process technology for recycling synthetic ammonia tail gas by-product liquefied natural gas │ Feasibility analysis of fixed-bed slag gasification process for coal-to-natural gas │ Comparative analysis of process technology for fixed liquefied natural gas filling stations │ Overview of domestic and foreign natural gas liquefaction technology │ Domestic and foreign coal-to-natural gas methanation technology and industrialization status │ Technical and economic analysis of domestic natural gas recovery of ethylene raw materials │ Comparison and selection of seawater vaporizers in domestic LNG receiving stations │ Analysis of foreign natural gas storage technology and experience │ Discussion on natural gas processing technology at Chenghai Joint Station │ Based on ASP.NET Design of natural gas gathering and transportation metering management information system │ Research on influencing factors of natural gas decarbonization based on HYSYS simulation │ Research and design of natural gas gathering station detection and control system based on PLC │ Design of natural gas upgrading optimization control system based on expert system │ Methanation process design based on catalyst protection and SNG quality │ Design and research of small natural gas liquefaction process based on pulse tube refrigerator │ Deep desulfurization of natural gas based on metal oxide desulfurizer │ Application of risk-based inspection technology in sour natural gas processing units │ Basic load natural gas liquefaction HYSYS software calculation (1) │ Tazhong scattered well vented natural gas recovery project │ Tarim Oilfield scattered well vented natural gas CNG recovery technology │ Research progress of composite natural gas hydrate inhibitors │ Analysis of LNG receiving station storage scale under multi-gas source conditions │ Function of air compression nitrogen unit in large LNG plants │ Comprehensive utilization of cold energy in large-scale LNG receiving stations │ Establishment of pump group status monitoring system for large-scale LNG receiving stations │ Brief analysis of large-scale LNG receiving stations cooperating with LNG ship gas trial operations │ BOG gas recovery process of large-scale LNG projects │ Current status and development of large-scale natural gas liquefaction technology and equipment construction │ Professional precautions for pumps in EPC mode of large-scale petrochemical plants │ Optimized operation of large-scale onshore LNG receiving stations │ Current status and prospects of natural gas development and utilization in Daqing Oilfield.doc │ Review of one-year operation of Dazhu natural gas purification plant │ Design analysis of Dalian LNG control center │ Tianjin floating LNG project characteristics and development plan │ Experimental research on the chemical origin of H2S in natural gas │ Overview of online detection technology of hydrogen sulfide in natural gas │ Research on on-site monitoring technology of hydrogen sulfide in natural gas │ Deep processing and application of sulfur resources in natural gas │ Design and optimization of main equipment of natural gas acetylene process vinyl acetate unit │ Application of natural gas low-carbon catalytic combustion oven and the impact of flue gas on the atmosphere │ Natural gas storage and transportation technology │ Research on natural gas storage and transportation technology │ Maintenance measures for natural gas storage and transportation equipment │ Research progress of natural gas catalytic combustion catalysts (Part 1) │ Research progress of natural gas catalytic combustion catalysts (Part 2) │ Theory and application of natural gas catalytic combustion │ Integrity management solutions for gas transmission stations of natural gas companies │ Discussion on low-concentration acid gas treatment processes in natural gas purification plants │ Design and application of venting systems in natural gas purification plants │ Research on the development of natural gas distributed energy sources │ Discussion on the setting of pressure regulation systems at natural gas distribution stations │ Research on natural gas distribution management and control technology │ Natural gas utilization technology and applications │ Research on natural gas to ethylene glycol methods │ Preventive measures for hydrate formation during natural gas processing │ Analysis of design key points of natural gas filling stations │ Discussion of natural gas humidification and transportation technology │ Natural gas chemical process production management │ Research on the status quo and development of natural gas chemical technology │ Natural gas pressure energy turbine recovery (exergy) analysis and combined cycle research │ Calculation of natural gas compression factors and analysis of influencing factors │ Numerical research on natural gas engine EGR systems │ Direct measurement and assignment technology of natural gas calorific value │ Evaluation of natural gas moisture content calculation formulas │ Research progress of natural gas adsorption and its theory │ Discussion on periodic inspection methods of natural gas underground high-pressure gas storage wells │ Research on the conditions for putting into operation natural gas processing plants │ Waste heat recovery technology of natural gas processing units │ Structural analysis and pipe card layout of the venting system of natural gas processing units │ Research on existing problems in the turbine expansion unit of natural gas processing units │ Research on heating system technology of natural gas real-flow primary verification device │ Design research of primary standard device for natural gas real-flow verification│ Analysis and research on the transformation of natural gas indoor hidden danger risers - Feasibility analysis on the trial implementation of outdoor centralized meter transformation for rusted and leaking risers │ Analysis of the current situation of natural gas development investment and policy suggestions │ New natural gas heat exchange conversion gas production technology │ Current status and development of natural gas helium extraction technology │ Discussion and research on natural gas helium extraction technology │ The extraction mechanism of large particles in natural gas cyclone desanders │ Natural gas gaseous storage technology │ Analysis of similarities and differences between domestic and foreign standards for natural gas temperament detection methods │ Research and field application of natural gas hydrate suppression methods │ Natural gas hydrate storage and transportation technology │ Natural gas hydrate exploration, identification and experimental technology │ Research on natural gas hydrate prevention technology │ Improvement plans for natural gas liquefaction plants that are not reaching capacity │ Natural gas liquefaction technology │ Natural gas liquefaction unit molecular sieve regeneration gas recycling and transformation │ Selection of natural gas wet gas desulfurization and dehydration process technology solutions │ Natural gas flue gas condensation waste heat utilization technology │ Interpretation and application of relevant standards for natural gas station venting systems │ Research on factors affecting hydrate formation in natural gas pipelines │ Network applications in the digitalization of natural gas pipeline networks │ Research status of natural gas pipeline drag reducing agents │ Progress and economic analysis of natural gas to methanol to olefins technology │ Discussion of natural gas dehydration technology │ Overview of natural gas dehydration methods │ Process analysis and improvement of natural gas dehydration equipment │ Natural gas desulfurization process technology │ New natural gas demercury technology │ Application of natural gas desulfurization technology in natural gas processing in Tahe Oilfield │ Research on natural gas desulfurization technology │ Amine liquid modification and equipment optimization of natural gas desulfurization system │ Overview of natural gas desulfurization and decarbonization processes │ Research progress of natural gas desulfurization and decarbonization methods │ Design and implementation of natural gas metering network monitoring system │ Research on application of natural gas metering transmission difference diagnosis method │ Analysis of design principles and influencing factors of natural gas pressure regulator │ Research progress of natural gas conversion to synthesis gas │ Analysis of clean production audit in natural gas transmission industry │ Natural gas transportation technology │ Discussion of natural gas transportation methods │ Natural gas partial liquefaction process calculation │ Natural gas gate station noise control project and effect │ Discussion of natural gas gathering and transportation technology and treatment measures │ Calculation of natural gas saturated water content │ Design and implementation of natural gas/air/coke oven gas automatic mixing system │ Application of safety integrity level in natural gas processing equipment │ Process design and parameter optimization of Yibin Data light hydrocarbon recovery project │ Research on cryogenic process for extracting helium from helium-rich natural gas │ Determination of barium content in oil field water by oxygen-rich natural gas flame atomic absorption spectrometry │ Research on comparison and selection of natural gas liquefaction refrigeration process │ Analysis of factors affecting the natural gas liquefaction process of small N2-CH4 expander │ Research on optimization of small natural gas N2-CH4 expansion refrigeration liquefaction process │ Application of small natural gas desulfurization device │ Simulation and research on small natural gas expansion liquefaction process │ Comparative analysis of liquefaction process of small skid-mounted LNG unit │ Small mobile temporary natural gas supply device and application demonstration │ Analysis of light hydrocarbon recovery at Shandong LNG receiving station │ Research on the collaborative development process flow of natural gas chemical industry and coal chemical industry in Sichuan Wei Plant │ Discussion on industrial waste helium purification technology │ Exploration of application of simulation software to simulate the gas replacement of natural gas pipeline production│ Several issues of urgent concern in the construction of gas filling stations │ Discussion of factors affecting the stability of natural gas automatic metering systems │ Analysis and discussion of the development of coal-to-natural gas projects in my country │ New thoughts on acid gas treatment technology in my country's natural gas purification plants │ Development prospects of my country's natural gas industry │ Construction of my country's liquefied natural gas filling machine quantity transmission system │ Analysis of the current situation and prospects of my country's coal-to-natural gas │ Discussion of solutions for SO2 compliance in flue gas emissions from sulfur recovery devices in my country │ my country's first floating LNG gas supply has exceeded 100 million cubic meters │ Analysis of natural gas liquefaction equipment and process design and application │ Thoughts on promoting the development and improvement of my country's natural gas industry regulatory system │ Discussion on improving the loading speed of tankers at LNG receiving stations │ Methods to improve the efficiency of natural gas liquefaction in the nozzle │ Feasibility analysis and application practice of vented natural gas recovery │ Research on new natural gas hydrate inhibitors │ Analysis and prospects of coal-to-natural gas projects in Xinjiang region │ Exploration of the application of rotating packed bed in natural gas purification │ Design of unattended natural gas pressure regulating station │ No need for methanation to produce natural gas technology │ Construction of Japanese LNG receiving station │ Analysis of progress control of Puguang natural gas EPC project │ Discussion on the design of smart natural gas gathering and transportation station │ Research on optimization of solvent ratio of a natural gas desulfurization and decarbonization device │ Comparative analysis of diesel and natural gas engine power performance │ Measures and effect analysis of natural gas potential tapping measures at Huanxin 9-# station │ Research on natural gas transmission efficiency of gas reservoirs │ Helium market and its applications │ Natural gas geological significance of helium │ Is helium going to be used up? │ Research on natural gas liquefaction process of nitrogen expansion refrigeration│ New process for stripping gas refrigeration natural gas liquid hydrocarbon recovery│ Common problems and solutions in the oil and gas storage and transportation process│ Field test of air cooler replacing water cooler in oil and gas processing equipment│ Research on the flow field of cyclonic natural gas dehydration device in oil field transfer station│ Research on the application of pressure relief system in the oil and gas processing industry│ Brief analysis of the preparation and review of the overall commissioning plan of LNG receiving station│ A brief analysis of risk management during the construction of large-scale LNG receiving stations │ A brief analysis of the application engineering of natural gas in urban heating │ A brief analysis of the causes of natural gas venting and corresponding countermeasures │ A brief analysis of the natural gas cryogenic device processing technology │ A brief analysis of the process flow and economics of coal-to-natural gas │ A brief discussion of the air pressure nitrogen process design of LNG receiving stations and liquefaction stations │ A brief discussion of the layout and piping of process equipment in LNG receiving stations │ A brief discussion on the design management of the road entrance to the LNG receiving station │ A brief discussion on the quality control in the engineering design stage of large-scale coal-to-natural gas projects │ A brief discussion on natural gas engines │ A brief discussion on the design of air compressor stations in natural gas fields │ A brief discussion on lightning protection and surge protection technology for natural gas automatic metering systems │ A brief discussion on the technical research and application of liquefied natural gas │ A brief discussion on the coal-to-natural gas market, policies and process technologies │ The standardized design of natural gas stations in Zhejiang Province │ Overview of floating LNG technology │ Problems and considerations in the process design and operation of floating LNG receiving terminal projects │ Selection of upper module heating systems for floating LNG units │ Discussion on liquid level gauge selection options for floating LNG units │ Offshore floating LNG deacidification technology │ Characteristics of liquefaction process solutions for small LNG plants in Hainan │ Application of eddy current temperature separation technology in the natural gas industry │ Utilization technology of liquefied natural gas (LNG) cold energy │ Performance analysis of liquefied natural gas as automobile fuel │ Liquefied natural gas storage and application technology │ Research on liquefied natural gas storage and application technology │ Rolling phenomenon and preventive measures in LNG storage and transportation │ LNG cold energy utilization technology and its industrialization progress │ Application of liquefied natural gas cold energy in low-temperature crushing of waste tires │ Discussion of the operation process of the LNG filling station process system │ LNG plant site selection and general drawing design key points │ LNG plant boil-off gas volume calculation and treatment process research │ LNG plant heavy hydrocarbon removal process scheme comparison │ LNG technology and equipment │ LNG receiving station boil-off gas production calculation and analysis │ LNG gasification station engineering design │ LNG gasification station pre-cooling operation plan │ Liquefied natural gas vehicle (LNGV) technology and system maintenance │ Stratification and vortex of liquefied natural gas │ Exploration of LNG container shipping mode │ Research progress of liquefied natural gas (LNG) cold energy utilization │ Analysis of equipment selection for liquefied natural gas (LNG) satellite stations │ Mixed refrigeration and nitrogen expansion combined offshore natural gas liquefaction process │ Mixed refrigerant natural gas liquefaction process flow calculation │ Analysis of the causes and prevention measures of white smoke in the wet flue gas desulfurization process │ Determination of the design plan of the natural gas pressure regulating station in the refinery │ Development of technology for producing natural gas from coke oven gas methanation │ Current status and prospects of producing liquefied natural gas from coke oven gas │ Feasibility analysis of transformation from coke oven gas to natural gas │ Research on the process of producing liquefied natural gas from coke oven gas │ Analysis and calculation of the methanation process in coal-to-synthetic natural gas │ Technical and economic analysis of coal-to-synthetic natural gas process │ Design and optimization of heat exchange network for coal-to-synthetic natural gas methanation process │ Economic analysis of coal-to-synthetic natural gas process │ Analysis of the contribution of coal-to-natural gas to reducing air pollution │ Prospects of coal-to-natural gas │ Coal-to-natural gas plant carbon dioxide capture technology │ Discussion of several issues in the construction of coal-to-natural gas plants │ Overview of coal-to-natural gas engineering projects │ Causes and treatment measures for excessive dissolved oxygen in low-pressure deaeration stations in the coal-to-natural gas process │ Research progress of coal-to-natural gas process technology and catalysts │ Development overview and market prospects of coal-to-natural gas technology │ Discussion on several issues in the coal-to-natural gas gasification process │ Selection of coal-to-natural gas gasification technology │ Full-process simulation study of coal-to-natural gas methanation process │ Selection of coal-to-natural gas sulfur and ammonia recovery processes │ Feasibility study of coal-to-natural gas entering the urban gas field │ Design and application of water supply project for coal-to-natural gas project│ Discussion on localization of coal-to-natural gas project equipment│ High-temperature methanation process of coal-based alternative natural gas│ Research progress of coal-based alternative/synthetic natural gas technology│ Comparison of process routes for producing liquefied natural gas from coal mine gas│ Effect of initial pressure of ambient temperature on the static pressure increase rate of LNG cylinders│ Optimization of operation of small natural gas liquefaction units when ambient temperature changes│ Refrigeration cycle for producing liquefied natural gas from coke oven gas │ The influence of methane concentration on the co-pyrolysis of natural gas and coal │ Comparison and selection of process flow of an LNG liquefaction plant in Xinjiang │ Occurrence status of mercury in oil and natural gas and its removal methods │ Analysis and prospects of oil and natural gas biological desulfurization technology │ Differences and advantages of oil and natural gas and coal-to-natural gas production │ Research on oil and natural gas leakage and its control strategies │ Research on drainage methods of oil and natural gas stations │ Crushed coal pressurized gasification process coal to natural gas CO_2 Feasibility study on returning to the furnace │ Application of alkali washing desulfurization in natural gas condensate recovery in Tahe Oilfield │ Brief analysis and countermeasures of the impact of hydrogen production from Shenhua coal liquefied dry gas and natural gas │ Research on optimization of BOG recondensation process in Fujian LNG receiving station │ Application of UV fluorescence analyzer in total sulfur analysis of natural gas │ Effect of combined inhibitors on the formation process of natural gas hydrate │ Temperature control design of the adiabatic fixed bed methanation process reaction system │ Great Plains Gasification Project in the United States │ Selection of denitrification process scheme for Zhaoqing LNG project │ Discussion on optimization of venting technology of Sulige Natural Gas Processing Plant │ Natural gas gathering and transportation technology and treatment plan in Sulige Gas Field │ Prospects for the application of evaporation crystallization separation and treatment of gas field water technology in eastern Sichuan │ On the traceability of natural gas composition analysis │ Discussion on the application technology research of LNG receiving station │ Peak-shaving urban LNG storage and distribution station technology and application │ Research on natural gas liquefaction process in supersonic cyclone separator │ Application of supersonic separator in single well natural gas dehydration and dehydration │ Application of supersonic separation in natural gas dehydration │ Design and optimization of spiral guide of supersonic natural gas dehydration device │ Suitable for urban peak shaving and LNG Small liquefied natural gas device for fuel production │ Calculation of natural gas hydrate inhibitor injection amount through HYSYS │ Operation overview of sulfur recovery unit of Chongqing Natural Gas Purification Plant │ Application of iron-based redox solution in processing low-sulfur natural gas │ Production practice of copper anode furnace natural gas reduction │ Discussion on optimization of desulfurization and decarbonization process of Changqing Gas Field Natural Gas Purification Plant │ Changqing Gas Field Natural Gas Gathering, Transportation and Purification Process Technology │ Research and design of desulfurization and decarbonization equipment in Changqing Jingbian gas field │ Reduce BOG evaporation in LNG receiving stations │ Practice in reducing natural gas consumption │ Shale gas is an unconventional natural gas resource with great potential │ Simulation analysis of natural gas liquid recovery by high-pressure absorption tower process │ Flow field analysis of high-pressure natural gas erosion of nozzle │ High-pressure natural gas flow standard device │ Research on calculation method of cold energy during high-pressure natural gas decompression process │ Discussion on the CO2 removal process of high-pressure sour natural gas │ High CO content_2 Natural gas processing technology research │ Comprehensive utilization of high carbon dioxide natural gas chemical industry │ Estimation method of water content of high sulfur natural gas │ Selection and simulation evaluation of high sulfur natural gas desulfurization process │ High sulfur natural gas desulfurization technology and application │ Application research of high sulfur natural gas desulfurization and decarbonization process technology in Puguang Gas Field │ Optimization of operating conditions of high sulfur natural gas desulfurization unit │ High-speed expansion natural gas condensation flow characteristics │ └─16.1 Natural gas (excluding gas) courseware│ 3. Theory and application of natural gas formation 27.ppt │ 7.4 LNG terminal receiving station 15.ppt │ LNG process overview 18.ppt │ LNG regasification receiving station 53.ppt │ LNG basic knowledge and safety technology PPT 75 │ LNG receiving station information construction plan 40.ppt │ Cold energy utilization technology in LNG receiving station 59.pptx │ Key points for unloading operations at LNG receiving stations 31.ppt │ LNG receiving station project-unloading arm 39.ppt │ LNG receiving station engineering process flow 29.ppt │ LNG receiving station engineering design basis 101.pptx │ LNG receiving station construction and operation technology exchange 26.pptx │ LNG receiving station project planning, design, approval and construction process 43.ppt │ LNG Chapter 1 Gas Pretreatment Process in Liquefaction Plant PPT 84 │ Introduction to the Engineering Automation Control Part of the LNG Project Receiving Station 66.pptx │ Design of gas filling station 24 pages.ppt │ Natural gas purification process 34.ppt │ Natural gas liquid recovery technology 62.ppt │ Natural gas liquid recovery technology PPT 235 │ Natural gas processing PPT 65 │ Natural gas chemical technology PPT 351 │ Natural gas chemical technology Chapter 01 Natural gas resources 16.ppt │ Natural Gas Chemical Technology Chapter 02 Natural Gas Purification 21.ppt │ Natural Gas Chemical Technology Chapter 03 Natural Gas Conversion 41.ppt │ Natural Gas Chemical Technology Chapter 04 Methanol and Its Derivatives 97.ppt │ Natural Gas Chemical Technology Chapter 06 Carbon Black Production from Natural Gas 25.ppt │ Natural Gas Chemical Technology Chapter 07 Direct Derivatives of Natural Gas 49.ppt │ Natural Gas Chemical Technology Chapter 08 Natural Gas Physical Processing Technology 38.ppt │ Natural Gas Chemical Technology Chapter 09 Natural Gas to Synthetic Oil 26.ppt │ Natural Gas Chemical Technology Chapter 10 New Technologies for Natural Gas Application 21.ppt │ Introduction to natural gas generator sets 37.ppt │ Natural gas basics 61.ppt │ Basic knowledge and process flow of natural gas.pptx │ Natural gas treatment and processing technology PPT 273 │ Natural gas process flow 48.ppt │ Theory and application of natural gas genesis.ppt │ Overview of natural gas hydrates and progress in exploration and development 36.pptx │ Introduction to natural gas pipelines 28.ppt │ Natural gas pressure regulating station 43.ppt │ Stations in natural gas pipelines 59.ppt │ Knowledge training on common equipment for natural gas transmission and distribution 80.ppt │ Natural gas gathering and transportation ppt 1239 │ Natural gas pretreatment 40.ppt │ Report on the construction status of the receiving station of Guangxi Liquefied Natural Gas (LNG) project 24.ppt │ Receiving station process system and production preparation 28.ppt │ Automobile LNG cylinder maintenance and use plan 22.ppt │ Liquefied Natural Gas LNG Technology 37.ppt │ Liquefied natural gas LNG technology.ppt │ Introduction to liquefied natural gas receiving station 25.pptx │ Basic overview of LNG and tank truck safe operation training 105.ppt │ Liquefied Natural Gas (LNG) Technology 43.ppt │ Methanation of coke oven gas to produce natural gas 26.ppt │ Coal-to-natural gas-methanation 48.ppt │ Oil and Gas Drilling Well Control Regulations 14.ppt │ Principles and progress of petroleum and natural gas geology 56.ppt │ Shenmu County COKE OVEN GAS TO LNG Feasibility Study Report.ppt │ Chapter 1 Natural Gas Storage.ppt │ Chapter 3 Natural Gas Gathering and Transportation Process 33.ppt │ Chapter 2 Natural Gas Desulfurization and Decarbonization 58.ppt │ Chapter 5 Oil and Gas Accumulation 52.ppt │ Chapter 6 LNG Receiving Terminal 82.ppt │ Chapter 6 Liquefied Natural Gas and Compressed Natural Gas Production 26.ppt │ Chapter 4 Migration of Oil and Natural Gas 84.ppt │ (Natural gas) hydrogen production unit process and equipment introduction 47.ppt │ ├─Natural Gas Condensate Recovery Technology PPT │ Natural Gas Condensate Recovery Technology-1.ppt │ Natural Gas Condensate Recovery Technology-2.ppt │ Natural Gas Condensate Recovery Technology-3.ppt │ Natural Gas Condensate Recovery Technology-4.ppt │ └─Natural Gas Chemical Technology PPT Chapter 01 Natural Gas Resources.ppt Chapter 10 New Natural Gas Application Technologies.ppt