Abstract Details
163 / 2023-07-05 22:31:57
Study on the separation and storage of coal mine gas by hydrate method DOW-DIOX mechanism of action
Coal mine gas hydrates; CH4 capture; Tetrahydrofuran; Initial temperature; Formation Kinetics;
Draft Accepted
气体分离与储存的水合物方法是一种新型的气体固化技术，高效清洁的水合物生成动力学过程是水合物凝固技术实用化的关键。在本文中，我们建立了1，4-二恶烷（DIOX）作为双作用（热力学和动力学促进剂）添加剂，用于形成笼状（甲烷s II）水合物。通过将不同浓度（300、600、900、1200 ppm）的重子表面活性剂 DOWFAX 2A1 （DOW） 与 DIOX 协同结合，我们进一步证明了水合物的超快速形成，与水-二氧化硅系统相比，300 ppm DOW-二氧英体系将诱导时间缩短了 80.4%，600 ppm DOW-二氧英在前 39 分钟内的水合物形成标准化速率为 87207.30 mmol/mol/min， 比水二氧混合系统高165.7倍。本研究工作有望为气体利用技术及其应用提供实验参考。
Important Date
-
Conference Date
Aug 18
2023
toAug 20
2023
-
Jul 07 2023
Draft paper submission deadline
-
Aug 20 2023
Registration deadline
Sponsored By
International Committee of Mine Safety Science and Engineering
Organized By
Heilongjiang University of Science and Technology
Contact Information
- Mrs. Dr. Li
- i******@ismsse.com
- 188********
Previous Conferences
-
2025-10-10 China Jiaozuo
The 8th International Symposium on Mine Safety Science and Engineering -
2024-08-17 United States Pittsburgh
The 7th International Symposium on Mine Safety Science and Engineering (ISMSSE 2024) -
2021-11-21 Poland Katowice
The Fifth International Symposium on Mine Safety Science and Engineering -
2018-10-22 China
The 4th International Symposium on Mine Safety Science and Engineering -
2013-09-21 China 北京市
The 2nd International Symposium on Mine Safety Science and Engineering
