Training
OGS Training Course: “Multiphase Flow and Reactive Transport”
September 19 – 22 at the Guangzhou Institute of Energy Conversion,
Chinese Academy of Science (GIEC-CAS)
| Date | Course Content | Lecturer |
|---|---|---|
|
Day 1 (19.09, Mon) |
• Basics: Introduction of OpenGeoSys software • Theory: Concept of unsaturated flow and multi-phase flow • Practice: Meshing and Richards Flow Process |
JProf. Haibing Shao |
|
Day 2 (20.09, Tue) |
• Basics: Phase transition process in multi-phase flow • Theory: Component based multi-phase flow process • Practice: Density dependent multiphase flow in the context of CO2 sequestration |
JProf. Haibing Shao |
|
Day 3 (21.09, Wed) |
• Advanced: Numerical method behind componential-based multi-phase flow process • Practice: Non-isothermal multi-phase flow, heat pipe • Basics: Chemical Reactions |
JProf. Haibing Shao Dr. Dedong Li |
|
Day 4 (22.09, Thu) |
• Theory: Reactive transport modelling with OGS-ChemApp and OGS-PhreeqC • Practice: High pressure and temperature EOS calculation • Summary and discussions |
Dr. Dedong Li |
Potential audience:
- Post-graduate students and early career researchers working in the field of subsurface modelling.
- Those whose main research interest lies on the topic oil, gas and geothermal energy exploration, reservoir simulation, transport and degradation of volatile organic compound in the shallow subsurface etc.
- Those who wish to learn the basic theory behind multi-phase flow and reactive transport process, while also wish to have hands-on experience of setting up and simulate a numerical model.
Participants are expected to:
- Bring their own working laptop, as well as an independent mind;
- Not be afraid of operating a computer in the command line interface;
- Knowledge on the Finite Element Methods would not be necessary but is a plus.
Date, Location and Registration:
The symposium & course will last for 4 full days, from 19th to 22nd Sep. 2016, and the lectures would be in English or Chinese.
Interested participants are expected to send their personal information to Yuan Yuan (
yuanyuan@ms.giec.ac.cn) and cc Dr. Lihua LIU (liulh@ms.giec.cas.edu.cn) no later than 14th Sep. 2016. Only a limited amount of vacancies are provided for external participants.
No accommodation in the GIEC, further information could contact with the organizer (yuanyuan@ms.giec.ac.cn) in advance.
多孔介质中多相流运移反应过程资源数值模拟培训
培训课程介绍
在地质矿产资源研究及工程地质施工过程中（包括石油、天然气、水合物开采，碳捕获和储存（CCS），深层地等许多方面）都涉及热力、水力、机械和化学反应系列过程（THMC）。这些过程相互影响共同作用，最终决定了地质资源的开采效果及地质工程的使用寿命和效率。由于实验模拟费用巨大，耗时长久，数值模拟方法就成为该项工作领域对THMC系列过程进行评估和研究的主要手段。
培训内容包括建立模型所需的理论基础，同时也还介绍将开源软件系统——OpenGeoSys (OGS, 
www.opengeosys.org)。并结合实例对于CO2封存，相变，非等温体系及化学反应过程进行案例讲解。并以此为例为基础延伸到其它应用领域。
研讨会将于2016年9月19-23号在中国科学院广州能源研究所举办。
为保障研讨、培训效果，本次研讨会限20人，除广州能源研究所学生、职工外，尚有少量名额向其它研究机构开放。
主讲人: 邵亥冰博士，德国德国亥姆霍兹环境研究所；德国弗莱贝格矿业大学
李德栋博士，德国基尔大学
报名及注册
有兴趣参加人员请于2016年9月14日前联系袁嫄（yuanyuan@ms.giec.ac.cn）并抄送刘丽华（liulh@ms.giec.cas.edu.cn）报名。2016年9月16日前通知确定最终名单。
授课语言为英文和中文（视报名人员语言情况决定），要求参与人员自备笔记本电脑，并自行负担住宿费用。如需协助安排住宿，请提前联系袁嫄（yuanyuan@ms.giec.ac.cn）。
地址：广州市天河区五山能源路2号 中国科学院广州能源研究所
