《Petroleum Exploration and Development》

作品数：853被引量：1002H指数：11
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《Petroleum Exploration and Development》
主办单位：Research Institute of Petroleum Exploration & Development， PetroChina
最新期次：2024年6期更多>>
发文主题：SICHUAN_BASINSHALESW_CHINARESERVOIRORDOS_BASIN更多>>
发文领域：石油与天然气工程天文地球经济管理自动化与计算机技术更多>>
发文基金：国家自然科学基金国家重点基础研究发展计划中国博士后科学基金北京市自然科学基金更多>>
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Lithofacies types,sedimentary cycles,and facies models of saline lacustrine hybrid sedimentary rocks:A case study of Neogene in Fengxi area,Qaidam Basin,NW China
《Petroleum Exploration and Development》2024年第6期1507-1520,共14页SONG Guangyong LIU Zhanguo WANG Yanqing LONG Guohui ZHU Chao LI Senming TIAN Mingzhi SHI Qi XIA Zhiyuan GONG Qingshun 
Supported by CNPC Prospective and Basic Science and Technology Major Project(2023ZZ02);Petro China Science and Technology Major Project(2021DJ0402.2021DJ0202)。
The saline lacustrine hybrid sedimentary rocks are complex in lithology and unknown for their sedimentary mechanisms.The hybrid sedimentary rocks samples from the Neogene upper Ganchaigou Formation to lower Youshashan...
关键词：Qaidam Basin Fengxi area hybrid sedimentary rock lithofacies cycle facies model saline lacustrine 
Control of hierarchic slope-break zones on grain shoal reservoirs and favorable exploration zones:A case study of Cambrian Xixiangchi Formation in the south slope of Leshan–Longnüsi paleouplift,Sichuan Basin,SW China
《Petroleum Exploration and Development》2024年第6期1521-1535,共15页MA Tao TAN Xiucheng LUO Bing HE Yuan XU Qiang HUANG Maoxuan LI Qirui LONG Hongyu HU Anping 
Supported by the Cooperation Project of China National Natural Science Foundation and Petro China(U23B20154);Science and Technology Cooperation Project of Petro China and Southwest Petroleum University(2020CX010000)。
Based on 2D and 3D seismic data and well logging data,this paper studies the distribution of well-seismic stratigraphic filling and shoal controlled reservoirs of Upper Cambrian Xixiangchi Formation in the south slope...
关键词：favorable exploration zone overlap slope break belt grain shoal Xixiangchi Formation south slope Sichuan Basin Leshan-Longnüsi paleouplift 
Global oil and gas development situation,trends and enlightenment in 2023
《Petroleum Exploration and Development》2024年第6期1536-1555,共20页WANG Zuoqian FAN Zhe CHEN Xi LI Yong FAN Zifei WEI Qing PENG Yun LIU Baolei YUE Wenting WANG Xi XIONG Liang 
Supported by the Petro China Scientific Research and Technology Development Project(2023SC0105)。
This paper presents an analysis of four aspects,including the distribution and production of global oil and gas fields,the distribution and changes of remaining recoverable reserves,the differences in oil and gas prod...
关键词：global oil and gas development development situation development potential unconventional oil and gas oil and gas associated resources offshore oil and gas 
Experiments on thermal miscible rules of different gas media and crude oil
《Petroleum Exploration and Development》2024年第6期1556-1563,共8页XI Changfeng ZHAO Fang WANG Bojun LIU Tong QI Zongyao LIU Peng 
Supported by the Petro China Science and Technology Project(2023ZG18)。
The high temperature and high pressure visualization pressure-volume-temperature(PVT)experiments of different gas media-crude oil were carried using the interface disappearance method.There are two miscible temperatur...
关键词：thermal miscible flooding miscible rules miscible zone PVT experiment distillation phase transition minimum miscible pressure minimum miscible temperature 
Non-linear seepage model of hydraulic fracturing assisted oil displacement coupled with effects of high-pressure reduced adsorption:A case study of low and medium permeability reservoirs in Daqing Oilfield,NE China
《Petroleum Exploration and Development》2024年第6期1564-1573,共10页WANG Fengjiao XU He LIU Yikun MENG Xianghao LIU Lyuchaofan 
Supported by the National Nature Science Foundation of China(52374035,52074087);Postdoctoral Natural Science Foundation of China(2021M690528)。
Considering the adsorption loss of the hydraulic fracturing assisted oil displacement(HFAD)agent in the matrix,a method is proposed to characterize the dynamic saturation adsorption capacity of the HFAD agent with pre...
关键词：hydraulic fracturing assisted oil displacement adsorption loss dynamic saturation adsorption non-linear seepage enhanced oil recovery 
Mechanisms of microbubble vibration in water-gas dispersion system enhancing microscopic oil displacement efficiency
《Petroleum Exploration and Development》2024年第6期1574-1586,共13页ZHANG Moxi CHEN Xinglong LYU Weifeng HAN Haishui 
Supported by the National Major Research and Development Plan(2023YFF0614100);Petro China Major Scientific Research Project(2023ZZ0410)。
Two etching models,the spherical-rod standard pore channel and the pore structure,were used to conduct displacement experiments in the water-gas dispersion system to observe the morphological changes and movement char...
关键词：water-gas dispersion system micro-etching model microbubble vibration elastic energy oil displacement mechanism 
Effects of phase-transition heat on fracture temperature in self-propping phase-transition fracturing technology
《Petroleum Exploration and Development》2024年第6期1587-1597,共11页ZHANG Nanlin LIU Fushen JIANG Liangliang LUO Zhifeng JU Yiwen LIU Pingli ZHAO Liqiang PEI Yuxin 
Supported by the China Postdoctoral Science Foundation(2024M752803);the Open Fund of Key Laboratory of Deep Geothermal Resources of Ministry of Natural Resources(KLDGR2024B01);the National Natural Science Foundation of China(52179112);the Open Fund of National Key Laboratory of Oil and Gas Reservoir Geology and Exploitation(Southwest Petroleum University)(PLN2023-02)。
The thermal flux curve of phase-transition fluid(PF)was tested using differential scanning calorimetry,based on which a reaction kinetics model was established to reflect the relationship between phase transition conv...
关键词：self-propping phase-transition fracturing in-situ self-generated proppant reaction kinetics phase-transition heat phase transition rate fracture temperature 
Fracture initiation and propagation in soft hydraulic fracturing of hot dry rock
《Petroleum Exploration and Development》2024年第6期1598-1610,共13页ZHOU Xiaoxia LI Gensheng MA Zhengchao HUANG Zhongwei ZHANG Xu TIAN Shouceng ZOU Wenchao WANG Tianyu 
Supported by the China National Natural Science Foundation Major Project(52192621)。
By considering the thermo poroelastic effects of rock,the constitutive relationship of fatigue deterioration of rock under cyclic loading,elastic-brittle failure criteria and wellbore stress superposition effects,a th...
关键词：hot dry rock soft hydraulic fracturing thermal-hydraulic-mechanical-fatigue damage coupling thermal stress fatigue deterioration fracture propagation 
Revolution and significance of“Green Energy Transition”in the context of new quality productive forces:A discussion on theoretical understanding of“Energy Triangle”
《Petroleum Exploration and Development》2024年第6期1611-1627,共17页ZOU Caineng LI Shixiang XIONG Bo LIU Hanlin MA Feng 
Supported by the National Science and Technology Major Special Project Secretariat(2022-5596510-000064);Petro China Science and Technology Special Project(2021ZZ01-05)。
Considering the demands,situations and trends in respect to global climate change,carbon neutrality and energy transition,the achievements and significance of the global green energy transition and the new energy revo...
关键词：new energy revolution shale oil and gas revolution energy green transformation energy strategy new energy system impossible triangle achievable triangle sustainable triangle “energy triangle”theory green technology innovation new quality productive forces carbon neutrality 
Model construction and implementation of Ordos Energy Super Basin,NW China
《Petroleum Exploration and Development》2024年第6期1628-1640,共13页JIA Ailin CHEN Fangxuan FENG Naichao MENG Dewei ZHENG Shuai 
Supported by Project of Science and technology of Petro China(2023YQX103;2023ZZ25);Project of Science and technology of CNPC(2016DJ86)。
Taking the Ordos Basin as an example,this paper proposed that the construction of an energy super basin should follow the principle of“more energy,less carbon,and better energy structure”.The modeling workflow of en...
关键词：energy super basin basin model Ordos Basin energy development plan fossil fuel renewable energy CCS/CCUS 
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