Enrichment of low grade CH4 from N2/CH4 mixtures using vacuum swing adsorption with activated carbon
Guoping Hu, Qinghu Zhao, Lefu Tao, Penny Xiao, Paul A Webley, Kevin Gang Li
Chemical Engineering Science | Elsevier BV | Published : 2021
Methane (CH4) is a cleaner fuel resource with relatively low carbon emissions and negligible particulate matters, heavy metals, and sulphur oxides, compared with those emission intensive fuels like coal. However, large amounts of CH4 emitted to the atmosphere drive significant greenhouse gas (GHG) effects due to the low value of its low concentration sources and technical difficulty of CH4/N2 separation. Therefore, it becomes crucial to advance the technology for separating low concentration CH4 from N2. In this study, a commercial activated carbon was used to separate CH4 from N2 with a 4-column vacuum swing adsorption (VSA) facility. Both light and heavy streams were firstly collected and ..View full abstract
Awarded by Global Innovation Linkage (GIL) - Department of Industry, Innovation and Science entitled `Development of Unconventional Gas Technologies for Sustainable Energy Security'
Awarded by Early Career Researcher Grants Scheme - University of Melbourne entitled `Production of High Purity Hydrogen from Mixed Pipeline Gases'
Awarded by Future Fuel CRC `Novel Separation Technology development for hydrogen and future fuels systems'
The authors acknowledge the support of Global Innovation Linkage (GIL) awarded by Department of Industry, Innovation and Science entitled `Development of Unconventional Gas Technologies for Sustainable Energy Security' (GIL54444), Early Career Researcher Grants Scheme awarded by the University of Melbourne entitled `Production of High Purity Hydrogen from Mixed Pipeline Gases' (1858821) and Future Fuel CRC `Novel Separation Technology development for hydrogen and future fuels systems' (RP3.2-08).