“Tree type” model of accident cause theory
FENG Qingshan;Petrochina Pipeline Company;

..............page:115-120+128

Advancement and application measures of pipeline integrity assessment technology
DONG Shaohua;HAN Zhongchen;LIU Gang;PetroChina Beijing Gas Pipeline Co. Ltd.;

..............page:121-128

Current situation of oil/gas pipeline monitoring technologies
LI Su;The 34th Institute of China Electronics Technology Group Corporation;

..............page:129-134

Discussion on the carbon management framework in PetroChina’s pipeline enterprises
TIAN Wang;ZHANG Yuzhi;QIAN Chengwen;CNPC Key Laboratory of Oil & Gas Storage and Transportation;PetroChina Pipeline R & D Center;

..............page:135-138+143

Pipeline risk assessment method based on principle component-clustering analysis
ZHANG Jie;PetroChina West Pipeline Company;

..............page:139-143

Practice in the informatization of long-distance oil/gas pipeline integrity management
GUO Lei;ZHOU Lijian;BAI Nan;JIA Shaohui;YU Haichong;ZHANG Chuannong;CNPC Key Laboratory of Oil & Gas Storage and Transportation PetroChina Pipeline R&D Center;CNPC Key Laboratory of Oil & Gas Storage and Transportation PetroChina Pipeline R & D Center;China Petroleum Pipeline Material & Equipment Corporation;Institute for Engineering Design and Research the;PLA General Armament Department;

..............page:144-147

Development characteristics and accident causes of European natural gas pipelines
WU Ceyu;GENG Xiaomei;ZHAO Huanxing;State Key Laboratory of Safety and Control for Chemicals;SINOPEC Research Institute of Safety Engineering;China Petroleum Pipeline Engineering Corporation;

..............page:148-152

Transport schedule optimization in light-hydrocarbon station
LIANG Yongtu;REN Kuijie;HUANG Zhongliang;HE Guoxi;China University of Petroleum;SINOPEC Engineering Research Institute of East China Petroleum Bureau;

..............page:153-159

xia qi yao mu

..............page:159

Numerical simulation of hydrate slurry flow behavior
CHEN Peng;LIU Fuwang;LI Yuxing;WANG Wuchang;LIU Haihong;ZHANG Qingdong;Beijing Design Branch;China Petroleum Engineering & Construction Corporation;China Petroleum Pipeline Bureau;China University of Petroleum;

..............page:160-164

Identification method of gas-liquid two-phase flow pattern of horizontal pipe based on ultrasonic technology
ZHAO Dexi;CAO Xuewen;ZHANG Yuhang;CUI Mingwei;ZHANG Nan;Tianjin Branch;CNOOC Co. Ltd.;College of Pipeline and Civil Engineering;China University of Petroleum;Southwest Sub-company;PetroChina Engineering Design Co. Ltd.;

..............page:165-171

Optimization of shell cover structure of plate-fin heat exchanger
ZHU Jianlu;JI Peng;LI Yuxing;WANG Wuchang;HU Qihui;College of Pipeline and Civil Engineering;China University of Petroleum;

..............page:172-179

2013 nian guo ji shi you shi da ke ji jin zhan ( yi )

..............page:179

A test device of compressive strength and axial sliding of φ630 directly-buried pipe
XIA Fengming;LIU Ying;YANG Yutu;GOU Binli;XU Zhaojun;College of Electronic and Mechanical Engineering;Nanjing Forestry University;

..............page:180-184

Key work and methods for investigation of karst along pipeline route
SHEN Maoding;ZHOU Jinsong;XU Min;YANG Mingxin;GAO Jie;China Petroleum Pipeline Engineering Corporation;Domestic Division CPP;

..............page:185-189

Finite element analysis of skirt support structure of hydrogenation reactor
PAN Jianhua;CUI Jun;YAO Zuoquan;JIANG Tao;National Engineering Technical Research Center on PVP Safety;Hefei General Machinery Research Institute;CPECC East-China Design Branch;

..............page:190-193+199

Design of buried oil tank and FLAC3D numerical simulation
LI Yukun;LIU Hao;YU Rangang;JIANG Xue;College of Pipeline and Civil Engineering;China University of Petroleum;

..............page:194-199

Analysis of direct preheat timing of submarine pipeline
ZHENG Lijun;TANG Miao;DING Jungang;CHEN Jinghua;WANG Kai;CNOOC Research Institute;Production and Operation Dept PetroChina Southwest Oil & Gas Field;PetroChina Oil & Gas Control Center;

..............page:200-204

Numerical simulation of vertical upward water annulurs transportation of heavy oil based on FLUENT
LI Ye;JING Jiaqiang;DAI Kemin;DUAN Nian;WU Hongfei;Southwest Petroleum University;Southwest Sub-company PetroChina Engineering Design Co. Ltd.;

..............page:205-210

Heavy oil cold production gathering process after reducing viscosity through reinjection of hot water in Changji Oilfield
LI Jiancai;SHAN Guoping;LI Chao;LYU Qiang;LI Jinsheng;Zhundong Oil Production Plant Xinjiang Oilfield Company;Exploitation Company of Xinjiang Oilfield Company;

..............page:211-215

Application of TCS in leak detection of underground fuel pipeline network in civil airport
WANG Shaofeng;South China Bluesky Aviation Oil Co. Ltd.;

..............page:216-217+222

Comparison of installation and operation modes of compressors in Yulin Compressor Station of Shaanxi-Beijing Gas Pipeline
CHENG Jianmin;ZHANG Fan;ZHANG Yanyi;ZHANG Dongning;Zhongyuan Oil & Gas Transportation Sub-company PetroChina Pipeline Company;

..............page:218-222

Calibration method of pressure and differential pressure transmitter without dismantling in compressor station
ZHANG Shichao;QIAN Zuguo;YANG Fan;LI Jian;LI Honglie;Compressor Dept PetroChina Pipeline Company;West-to-East Natural Gas Pipeline Company;

..............page:223-225

Failure analysis on mechanical seal superheat of oil pump caused by air blockage and countermeasures
CHEN Junqi;DU Wei;WANG Yuanyuan;West Pipeline Project Dept Northeast Petroleum Pipeline Company;CPP;Urumqi Oil &Gas Transmission Sub-company PetroChina West Pipeline Company;No.1 Oil Production Plant PetroChina Xinjiang Oilfield Company;

..............page:226-228