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Journal of Chemical Industry and Engineering(China)
0438-1157
2015 Issue S2
Current situation and development tendency of CCHP systems in China
YANG Gan;ZHAI Xiaoqiang;ZHENG Chunyuan;WANG Ruzhu;School of Mechanical Engineering;Shanghai Jiao Tong University;
..............page:1-9
Advances in mobile natural gas mini-liquefiers
GONG Maoqiong;GUO Hao;SUN Zhaohu;CHENG Kuiwei;CHEN Gaofei;ZOU Xin;WU Jianfeng;Technical Institute of Physics and Chemistry;CAS;Refrigeration and Liquefaction Equipment Co.;Ltd.;
..............page:10-20
Meet new needs of LNG industry:liquefaction technology selection and case study
CHEN Fei;SCHMIDT William;YANG Shaojun;Air Products and Chemicals;Inc.;Air Products and Chemicals Investment Co.Ltd.;
..............page:21-29
Calculation of CO2 frost point temperature in CH4+CO2+N2/C2H6 ternary mixtures
XIONG Xiaojun;LIN Wensheng;Institute of Refrigeration & Cryogenics;Shanghai Jiao Tong University;
..............page:30-39
Simulation of falling film flow and heat transfer at shell-side of coil-wound heat exchanger
LI Jianrui;CHEN Jie;PU Hui;LI Endao;DING Guoliang;ZHUANG Dawei;HU Haitao;Institude of Refrigeration and Cryogenics;Shanghai Jiao Tong University;R&D Center;CNOOC Gas & Power Group;
..............page:40-49
Exploration of LNG cold energy utilization system for LNG-fueled fishing vessels
SUN Nannan;TAN Hongbo;ZHANG Yang;LI Yanzhong;Department of Refrigerating and Cryogenics Engineering;Xi’an Jiaotong University;
..............page:50-55
Heat transfer experiment of sub-cooled intermediate fluid vaporizer
JI Xin;CHEN Shuangshuang;SONG Yang;LIN Wengsheng;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;
..............page:56-61
Numerical simulation of heat transfer process within sub-cooled intermediate fluid vaporizer
SONG Yang;JI Xin;LIN Wensheng;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;
..............page:62-65
Investigation on heat transfer characteristics during flow boiling of liquid natural gas in vertical micro-fin tube
XU Bin;SHI Yumei;Institute of Refrigeration and Cryogenics Engineering;Shanghai Jiao Tong University;
..............page:66-75
Heat exchanger network arrangement and multi-level matching characteristic of air separation system using LNG cold energy
ZHENG Jieyu;LI Guangpeng;LI Yanzhong;SI Biao;YANG Yujie;Department of Refrigerating and Cryogenics Engineering;Xi’an Jiaotong University;
..............page:76-84
Multi-zone dynamic model for multi-stream LNG spiral wound heat exchanger
DUAN Zhongdi;REN Tao;DING Guoliang;CHEN Jie;PU Hui;MI Xiaoguang;School of Mechanical Engineering;Shanghai Jiao Tong University;R&D Center;CNOOC Gas & Power Group;
..............page:85-94
Design study of new throttle orifice applying to marine condensation regulating pipeline
YANG Yuanlong;China Ship Development and Design Center;
..............page:95-100
Containment system of new independent type B LNG carrier and boil off rate calculation
LI Guolong;JU Yonglin;FU Yunzhun;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;School of Mechanical Engineering;Shanghai University of Engineering Science;
..............page:101-107
Design of coiled-wound heat exchanger in small plant of LNG
LI Jingyao;GONG Maoqiong;TANG Qixiong;SUN Zhaohu;ZOU Xin;CHEN Gaofei;WU Jianfeng;Technical Institute of Physics and Chemistry;CAS;University of Chinese Academy of Sciences;Refrigeration and Liquefaction Equipment Co.;Ltd.;
..............page:108-115
Transient numerical analysis of steam generator thermal hydraulics during down load process
ZHENG Lusong;ZHAO Yingjie;SUN Baozhi;QI Hongliang;College of Power and Energy Engineering;Harbin Engineering University;The 703 Research Institute of China Shipbuilding Industry Corporation;Gas Turbine Division;
..............page:116-122
Experimental investigation of hybrid cryogenic heat pipe heat exchanger in LNG process
WANG Gang;JU Yonglin;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;
..............page:123-131
Heat transfer analysis and numerical calculation for full containment LNG tank
LI Zhaoci;GUO Baoling;WU Xin;ZHENG Mei;National Engineering Laboratory for Pipeline Safety/Beijing Key Laboratory of Urban Oil and Gas Distribution Technology;China University of Petroleum;
..............page:132-137
Simulation of pre-cooling of a liquefied natural gas storage tank
KUANG Yiwu;ZHUAN Rui;WANG Wen;ZHU Juxiang;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;Institute of Chemical Engineering;Zhejiang University of Technology;
..............page:138-142
Comprehensive performance of variable-pitch overlapped helical baffled heat exchangers
DU Tingting;CHE Kai;WANG Danhua;CHENG Lin;Institutes of Thermal Science and Technology;Shandong University;
..............page:143-152
Simulation analysis on temperature field for B type LNG carrier
FU Yunzhun;QI Liang;JU Yonglin;DU Xinghui;School of Mechanical Engineering;Shanghai University of Engineering Science;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;
..............page:153-157
LNG continuous leakage and diffusion process simulation
LI Zhaoci;ZHANG Wenhua;ZHENG Mei;WU Xin;National Engineering Laboratory for Pipeline Safety/Beijing Key Laboratory of Urban Oil and Gas Distribution Technology;China University of Petroleum;
..............page:158-165
BOG recovery technology of LNG station based on a high power Stirling cryocooler
ZHANG Ning;XU Ya;SHEN Qie;ZHANG Chong;SHAO Bin;SUN Daming;Institute of Refrigeration and Cryogenics;Zhejiang University;Changzhou Industrial Technology Research Institute;Zhejiang University;Institute of Process Equipment;Zhejiang University;Jiangsu Cryote Cryogenic Technology Co.;Ltd.;
..............page:166-171
Charging characteristics of marine steam accumulator under different operating conditions
SUN Baozhi;GUO Jiamin;SHI Zhijun;YANG Longbin;SONG Fuyuan;College of Power and Energy Engineering;Harbin Engineering University;703 Research Institute of China Shipbuilding Industry Corporation;
..............page:172-179
In-situ simultaneous measurement of heat flux and temperature inside passive direct methanol fuel cell
WU Shuo;YE Fang;LIU Jiaxing;GUO Hang;MA Chongfang;MOE Key Laboratory of Enhanced Heat Transfer and Energy Conservation;and Beijing Key Laboratory of Heat Transfer and Energy Conversion;College of Environmental and Energy Engineering;Beijing University of Technology;
..............page:180-185
Sensibility analysis of feed gas in propane pre-cool mixed refrigerant liquefaction process feed gas
PAN Hongyu;LI Yuxing;ZHU Jianlu;College of Pipeline and Civil Engineering;China University of Petroleum;
..............page:186-191
Experiments on phase-change heat transfer of propane intermediate fluid vaporizer
CHEN Shuangshuang;JI Xin;LIN Wensheng;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;
..............page:192-197
Operation characteristics and optimization of submerged combustion vaporizer
QI Chao;WANG Bojie;YI Chongchong;KUANG Yiwu;WANG Wen;XU Jiawei;HUANG Yu;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;CNOOC Gas & Power Group;
..............page:198-205
Numerical simulation of coupled heat transfer for LNG pipeline
HU Zhuohuan;HUANG Tianke;ZHANG Leyi;YANG Mo;School of Energy and Power Engineering;University of Shanghai for Science and Technology;
..............page:206-212
Mathematical modeling of LNG spills and pool spreading on water
HE Sinian;CHANG Huawei;WEN Ke;SHU Shuiming;School of Energy and Power Engineering;Huazhong University of Science and Technology;
..............page:213-219
Analysis of heat transfer to supercritical LNG in intermediate fluid vaporizer
WANG Bojie;KUANG Yiwu;QI Chao;WANG Wen;XU Jiawei;HUANG Yu;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;CNOOC Gas & Power Group;
..............page:220-225
Adsorption separation of CH4/N2 with carbon molecular sieve
LIN Wensheng;XI Fang;GU Anzhong;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;
..............page:226-230
Performance optimizations on a new small scale auto-cascade natural gas liquefier using a rectifying column
WANG Hui;CHEN Fusheng;SONG Qi;REN Bin;WANG Qin;CHEN Guangming;Institute of refrigeration and cryogenics;State Key Laboratory of Clean Energy Utilization;Zhejiang University;
..............page:231-237
Properties and mathematical model of carbon dioxide solubility in aminopropyl ionic liquid aqueous solutions
LI Song;YANG Cuilian;BI Yin;GUO Kaihua;School of Engineering;Sun Yat-Sen University;
..............page:238-243
Methane adsorption on graphene sheets and activated carbon
ZHU Ziwen;FENG Yulong;ZHENG Qingrong;Provincial Key Laboratory of Naval Architecture & Ocean Engineering;Institute of Marine Engineering;Jimei University;
..............page:244-249
Factors affecting decarbonization of natural gas with MDEA+MEA
CHEN Jie;ZHANG Xinjun;CHU Jie;SHI Zelin;TANG Jianfeng;Researchand Devolopment Center;CNOOC Gas & Power Group;College of Pipeline and Civil Engineering;China University of Petroleum;
..............page:250-256
Preparation of tunable quaternary ammonium functionalized norbornene derivatives anion exchange membrane
FENG Lei;ZHAO Yubin;XIE Xiaofeng;Lü Yafei;College of Materials Science and Engineering;Beijing University of Chemical Technology;Institute of Nuclear and New Energy Technology;Tsinghua University;State Key laboratory of Automotive Safety and Energy;Tsinghua University;
..............page:257-262
Robust design of linear active disturbance rejection decoupling control for forced-circulation evaporation system
ZHANG Yuan;SUN Mingwei;CHEN Zengqiang;College of Computer and Control Engineering;Nankai University;
..............page:263-270
SIL verification and re-validation for LNG receiving terminal in operation
YUAN Xiaojun;LU Yi;ZHENG Shifu;Industry Risk Control;Guangdong Dapeng LNG Company Ltd.;
..............page:271-278
Simulation and performance evaluation of CCHP using biomass as fuels
WANG Hairong;LIANG Dong;HUANG Mozhi;School of Engineering;Sun Yat-sen University;The Key Laboratory of Fire Science and Technology of Guangdong Province;Guangdong Nanyou Foreign Service Company;
..............page:279-286
Response pattern of marine steam power system under back-steam protection
SHI Zhijun;ZHANG Guolei;LI Yanjun;SONG Fuyuan;LI Xiaoming;ZENG Shuai;College of Power and Energy Engineering;Harbin Engineering University;
..............page:287-293
Optimized enzymatic synthesis of astaxanthin succinates in organic solvents
YIN Chunhua;HAN Ye;Lü Le;XU Qianqian;YAN Hai;Department of Biological Science and Engineering;School of Chemical and Biological Engineering;University of Science and Technology Beijing;
..............page:294-299
Scheme research of FLNG liquefaction technology and key device in the South China Sea
CHEN Jie;Researchand Devolopment Center;CNOOC Gas & Power Group;
..............page:300-310
Modeling of CCHP system and analysis of thermal storage strategy by using TRNSYS software
ZHENG Chunyuan;ZHAI Xiaoqiang;WU Jingyi;YANG Gan;School of Mechanical Engineering;Shanghai Jiao Tong University;
..............page:311-317
Process comparison of seawater desalination with LNG cold energy utilization
LIN Wensheng;HUANG Meibin;GU Anzhong;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;
..............page:318-324
Small scale BOG re-liquefaction system in skid-mounted in LNG filling station
ZHU Tiejun;ZHANG Hua;JU Yonglin;YANG Chongwei;RUAN Weimin;HU Jianying;CHEN Shuai;LI Haibing;School of Mechanical Engineering;Shanghai Jiao Tong University;Shanghai Kunlun Xinao Clean Energy Joint-stock Limited Company;Lihan Cryogenics Co.;Ltd.;
..............page:325-331
Exploration of desalinating synthetic seawater through an electrophoresis technology featuring vertical electric field
XU Xiao;ZHU Xiaobing;ZHOU Jiti;LI Renzheng;Centerfor Hydrogen Energy and Liquid Fuels;Dalian University of Technology;School of Environmental Science and Technology;Dalian University of Technology;Clean Production Center of Panjin;
..............page:332-341
Effect of anode inlet gas humidification on PEM water contents and current density distribution
WANG Xueke;WANG Shubo;PAN Yuan;XIE Xiaofeng;HUANG Haiyan;ZHU Tong;School of Mechanical Engineering and Automation;Northeastern University;Institute of Nuclear and New Energy Technology;Tsinghua University;State Key Laboratory of Automotive Safety and Energy;Tsinghua University;
..............page:342-348
Stress analysis of LNG storage tank for ships under inertial force
WANG Xiaodong;HUI Hu;Key Laboratory of Pressure Systems and Safety;Ministry of Education;East China University of Science and Technology;
..............page:349-353
Finite element analysis of top inlet pipe for LNG storage tanks
XU Zhiyue;HUI Hu;Key Laboratory of Pressure Systems and Safety;Ministry of Education;East China University of Science and Technology;
..............page:354-359
Dynamic simulation of heating value fluctuations in mixing natural gas pipelines
PAN Guojun;GUO Kaihua;WANG Guanpei;LIANG Jinfeng;School of Engineering;Sun Yat-Sen University;
..............page:360-363
Performance analysis of micro combined heat and power system based on building load
LI Yanxue;RUAN Yingjun;LIU Qingrong;Mechanical Engineering School of Tongji University;School of Energy Sources and Mechanical Engineering;Shanghai University of Electric Power;
..............page:364-370
Simulation of purification and liquefaction based on FLNG
CAO Wensheng;HUANG Xing;Iqbal M.MUJTABA;LU Xuesheng;College of Mechanical and Energy Engineering;Jimei University;Fujian Province Key Laboratory of Energy Cleaning Utilization and Development;Cleaning Combustion and Energy Utilization Research Center of Fujian Province;School of Engineering and Informatics;University of Bradford;West Yorkshire;Bradford BD7 1DP;UK;Institute of Refrigeration and Cryogenics;Shanghai Jiaotong University;
..............page:371-378
Influence of heavy hydrocarbons in mixed refrigerant on natural gas liquefaction processes
JIA Rong;LIN Wensheng;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;
..............page:379-386
Comparative analysis and simulation of power cycle to recovery cold energy of LNG
CHEN Yu;JU Yonglin;College of Mechanical Engineering;Shanghai University of Engineering Science;Institute of Refrigeration and Cryogenics;Shanghai Jiao Tong University;
..............page:387-391
Prediction method of city natural gas monthly consumption
LIANG Jinfeng;GUO Kaihua;HUANGFU Lixia;School of Engineering;Sun Yat-sen University;
..............page:392-398
Dynamic simulation of pre-cooling processes for large-scale LNG storage tanks
DENG Wenyuan;TIAN Lianjun;TONG Wenlong;LI Ning;GUO Kaihua;LI Wenfeng;School of Engineering;Sun Yat-Sen University;Guangdong Zhuhai Golden Bay LNG Ltd;
..............page:399-404
Design and test of LNG air mixing device for biogas peak shaving
HUANG Xiaomei;LIU Xiaohe;ZHANG Jing;Key Laboratory of Eco-environments in Three Gorges Reservoir Region;Ministry of Education;Chongqing University;National Centre for International Research of Low-carbon and Green Buildings;Chongqing University;Qingdao Energy and China Resources Gas Limited;
..............page:405-412
A cold pulse tube engine for recovering LNG cold energy
ZHU Shaowei;School of Mechanical Engineering;Tongji University;
..............page:413-417
Optimization analysis of booster-recondensation system in LNG receiving terminal
KONG Lingguang;LU Yi;PetroChina Dalian LNG Co.Ltd.;IRC Industry Risk Control;
..............page:418-424
Indication of lower flammability limit area of LNG jet release based on visible vapor cloud
ZHANG Qianxi;LIANG Dong;School of Engineering;Guangdong Ocean University;School of Engineering;Sun Yat-sen University;Guangdong Provincial Key Laboratory of Fire Science and Technology;
..............page:425-429
Reliability,availability and maintainability(RAM)modeling to predict production performance of LNG storage terminal
LU Yi;Edmund YAP;LIU Yirong;YUAN Xiaojun;IRC Industry Risk Control;
..............page:430-438
Synthesis and characterization of a novel norbornene based copolymer
FENG Zhiming;ZHAO Yang;LI Xue;XIE Xiaofeng;CHAI Chunpeng;LUO Yunjun;School of Materials Science and Engineering;Beijing Institute of Technology;Institute of Nuclear and New Energy Technology;Tsinghua University;State Key Laboratory of Automotive Safety and Energy;Tsinghua University;
..............page:439-444
Properties of fluorinated poly fluorene ether oxadiazole proton exchange membrane
FEI Zhejun;JUNG Minsuk;ZHANG Xuefei;WANG Shubo;XIE Xiaofeng;YUN Sukhwan;HUANG Haiyan;I nstitute of Nuclear and New Energy Technology;Tsinghua University;Department of Chemical and Biological Engineering;Illinois Institute of Technology;State Key Laboratory of Automotive Safety and Energy;Tsinghua University;
..............page:445-449
Analysis of chemical composition and structure characteristics of shells
HE Peng;CHEN Jianxin;SU Min;HAN Jian;CHENG Kun;School of Chemical Engineering;Hebei University of Technology;Engineering Research Center of Seawater Utilization Technology;Hebei University of Technology;
..............page:450-454
Catalytic epimerization of hydrochloric acid-ferric chloride of sesamin to synthesis of asarinin and its mechanism
WANG Xuede;HUANG Xue;LIU Shuai;CUI Yingde;School of Chemical Engineering and Light Industry;Guangdong University of Technology;College of Food Science and Technology;Henan University of Technology;College of Chemistry and Chemical Engineering;Zhongkai University of Agriculture and Engineering;Guangzhou Vocational College of Science and Technology;
..............page:455-460
Synthesis and purification of[60]PCBM
HU Hongchao;CUI Yingde;Northwestern Polytechnical University;Guangzhou Vocational College of Science and Technology;
..............page:461-465
Determination and analysis of conductivity of five synthetic ester-substituted imidazole ionic liquids
FENG Lu;WANG Xiaoyi;LIU Chaoqing;CHEN Huimin;College of Environment and Energy Engineering;Beijing Key Laboratory of Regional Air Pollution Control;Beijing University of Technology;
..............page:466-472
Synthesis of quaternary ammonium salt antibacterial resin and evaluation of antibacterial performance
HUANG Yinghong;ZHENG Cheng;MAO Taoyan;LIN Jing;CHEN Peng;CHEN Ruilan;Fine Chemical Research Institute;Guangzhou University;
..............page:473-479