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Volumn 12, Issue 3, 2012, Pages 327-335
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Innovative CO2 separation of biogas by polymer resins: Operation of a continuous lab-scale plant
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Author keywords
Biogas upgrading; CO2 adsorption; Methane; Polymer resin
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Indexed keywords
BIOMETHANE;
CAPITAL EXPENDITURES;
DESORPTION TESTS;
ENERGY DEMANDS;
HIGH ENERGY;
HIGH POTENTIAL;
IMPROVED PROCESS;
NATURAL GAS GRIDS;
OPERATIONAL COSTS;
POLYMER RESINS;
PROCESS PARAMETERS;
ADSORPTION;
BIOGAS;
ENERGY MANAGEMENT;
METHANE;
POLYMERS;
RESINS;
SEPARATION;
CARBON DIOXIDE;
BIOGAS;
CARBON DIOXIDE;
METHANE;
RESIN;
BIOGAS;
CAPITAL;
CARBON DIOXIDE;
COST-BENEFIT ANALYSIS;
DESORPTION;
EXPENDITURE;
INNOVATION;
METHANE;
NATURAL GAS;
OPTIMIZATION;
POLYMER;
PURIFICATION;
RESIN;
SEPARATION;
UPSCALING;
ADSORPTION;
ARTICLE;
CONCENTRATION (PARAMETERS);
DESORPTION;
ENERGY;
FLOW RATE;
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EID: 84863089670
PISSN: 16180240
EISSN: 16182863
Source Type: Journal
DOI: 10.1002/elsc.201100066 Document Type: Article |
Times cited : (6)
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References (13)
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