 |
周翔 |
| ||
|
|||||
- 首页
- 研究领域
- 研究团队
- 联系方式
-
周翔，男，副研究员，博士，Professional Engineer（加拿大），2019年获加拿大里加纳大学（University of Regina）石油系统工程专业博士学位，同年获国家优秀自费留学生奖，现主要从事致密油藏注气、稠油油藏热力提高采收率理论与方法研究，数值模拟与模型研究等科研与教学工作。博士期间主研加拿大萨省研究院科研基金项目5项，国际合作项目2项。在《Applied Energy》《Fuel》《Journal of Petroleum Science and Engineering》等期刊发表学术论文30余篇，其中SCI论文20余篇，参加国际学术会议6次。
个人简历
●2005.09－2009.06 长江大学，石油工程，学士
●2009.07－2012.04 中海油天津分公司，采油工程，工程师
●2012.10－2015.08 加拿大里贾纳大学，石油系统工程，硕士
●2015.09－2019.04 加拿大里贾纳大学，石油系统工程，博士
●2019.09－至今 金沙娱场城app7979石油与天然气工程学院，副研究员
主要研究项目
●中国博士后基金项目，2020M673288，CO2辅助稠油热采过程中泡沫油实验及数模研究，2020.08-2021.12，主持
●四川省财政厅支持项目，2018FZ0070，溶剂助SAGD改善稠油开采效率技术研究，2018.07-2020.07，主研
●风城油砂矿风砂73井断块难动用储量开采技术研究，2020.06-2021.12，主持
●国内外新型稠油开采技术探索评价与咨询，2020.06-2020.12，主研
●玛湖致密油藏注气工艺提高采收率研究，2019.06-2020.10，主研
●九6区齐古组二氧化碳辅助蒸汽驱机理及关键参数研究，2019.06-2020.06，主研
●Effects of the Water Saturation and Foamy Oil Stability Agent on the Foamy Oil Flow and Cyclic Solvent Injection Process（PTRC，Husky Energy and Devon Energy，Canada），2018.01-2020.10，主研
●Non-Equilibrium Characterization of CO2-Heavy Oil Systems under Different Viscosities and ●Temperatures（PTRC，Husky Energy and Devon Energy，Canada），2016.02-2018.10，主研
●Non-equilibrium Phase Behavior Study of Heavy Oil-Solvent System under Bulk Systems（PTRC and Husky Energy，Canada），2015.10-2017.10，主研
●Study of Foamy Oil Non-equilibrium PVT Properties and Flow Behaviors in Solvent Injection Process（Husky Energy，Canada），2014.10-2016.10，主研
●Study of Post-CHOPS Cyclic Solvent Injection Process（Devon Energy，Canada），2012.01-2013.10， 主研
●稠油泡沫驱增产技术研究，2013.12-2014.12，主研
●CO2驱油与单井吞吐室内实验及测试，2012.07-2013.12，主研
代表性成果
（1）代表性期刊文章
●Zhou X，Jiang Q，Yuan Q，et al. Determining CO2 diffusion coefficient in heavy oil in a bulk phase and in porous media using experimental and mathematical modeling methods[J]. Fuel，2020，263：116205.
●Zhou X.，Zeng F，Zhang L，et al. Experimental and mathematical modeling studies on foamy oil stability using a heavy oil-CO2 system under reservoir conditions[J]. Fuel，2020，264：116771：1-13.
●Zhou X，Yuan Q，Rui Z，et al. Feasibility study of CO2 huff ‘n’ puff process to enhance heavy oil recovery via long core experiments[J]. Applied Energy，2019，236：526-539.
●Zhou X，Yuan Q，Zhang Y， et al. Performance evaluation of CO2 flooding process in tight oil reservoir via experimental and numerical simulation studies[J]. Fuel，2019，236：730-746.
●Zhou X，Yuan Q，Peng X，et al. A critical review of the CO2 huff ‘n’ puff process for enhanced heavy oil recovery[J]. Fuel，2018，215：813-824.
●Zhou X，Yuan Q，Zeng F，et al. Experimental study on foamy oil behaviour using a heavy oil‒methane system in the bulk phase[J]. Journal of Petroleum Science and Engineering，2017，158：309-321.
●Zhou X，Zeng F，Zhang L，et al. Foamy oil flow in heavy oil–solvent systems tested by pressure depletion in a sandpack[J]. Fuel，201，171：210-223.
●Zhou X，Zeng F，Zhang L. Improving steam-assisted gravity drainage performance in oil sands with a top water zone using polymer injection and the fishbone well pattern[J]. Fuel，2016，184：449-465.
●Tan Y，Li H，Zhou X，et al. Experimental study on performance of horizontal wells in sulfur gas reservoirs[J]. Fuel，2019，238：267-274.
●Huang X，Guo X，Zhou X，et al. Effects of water invasion law on gas wells in high temperature and high pressure gas reservoir with a large accumulation of water-soluble gas[J]. Journal of Natural Gas Science and Engineering，2019，62：68-78.
●Huang X，Guo X，Zhou X，et al. Productivity model for water-producing gas well in a dipping gas reservoir with an aquifer considering stress-sensitive effect[J]. Journal of Energy Resources Technology，2019，141（2）：022903-1-9.
●Tan Y，Li H，Zhou X，et al. A Semi-Analytical Model for Predicting Horizontal Well Performances in Fractured Gas Reservoirs with Bottom-Water and Different Fracture Intensities[J]. Journal of Energy Resources Technology，2018，140（10）：102905.
●Ni， J，Zhou X，Yuan Q， et al. Numerical simulation study on Steam-Assisted Gravity Drainage performance in a heavy oil reservoir with a bottom water zone[J]. Energies，2017，10（12），1999：1-24.
●Zhang K.，Zhou X，Peng X，et al. A comparison study between N-Solv method and cyclic hot solvent injection （CHSI） method[J]. Journal of Petroleum Science and Engineering，2018，173：258-268.
●Lu X，Zhou X，Luo J，et al. Characterization of foamy oil and gas/oil two-phase flow in porous media for a heavy oil/methane system[J]. ASME Journal of Energy Resources Technology，2018，141（3）：032801-12.
●Yuan Q，Zhou X，Wang J，et al. Control of viscous fingering and mixing in miscible displacements with time-dependent rates[J]. AIChE J.，2018，65（1）：360-371.
●Yuan Q，Zhou X，Zeng F，et al. Investigation of concentration-dependent diffusion on frontal instabilities and mass transfer in homogeneous porous media[J]. The Canadian Journal of Chemical Engineering，2018，96：323-338.
●Yang .，Zhou X，Zhang K，et al. Investigation of methane dynamical properties in slit-like quartz pores using molecular simulation[J]. RSC Advances，2018，8：33798-33816.
●Yuan Q，Zhou X，Zeng F，et al. Nonlinear simulation of miscible displacements with concentration-dependent diffusion coefficient in homogeneous porous media[J]. Chemical Engineering Science，2017，172：528-544.
（2）代表性学术会议
●Zhou X，Zhao Y，Luo J，et al. A novel process to enhance oil recovery in heavy oil reservoir with a bottom-water zone[C]. Chengdu：Thermal EOR workshop，15-19 Oct.，2018.
●Zhou X，Wang H，Zeng F， et al. Study on foamy oil production performance by using different solvents in laboratory[C]. Beijing：IEA EOR conference，15-17 October， 2014.
●Zhou X，Zeng， F. Feasibility study of using polymer to improve SAGD performance in oil sands with top water[C] Calgary， Canada：SPE 170164，SPE Heavy Oil Conference，10-12 June，2013.