H-Sorb2600 High Pressure Volumetric Analyzer Assists Virginia Tech Successfully Published One Paper on Greenhouse Gases Science and Technology

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H-Sorb2600 High Pressure Volumetric Analyzer Assists Virginia Tech Successfully Published One Paper on Greenhouse Gases Science and Technology

H-Sorb2600 High Pressure Volumetric Analyzer Assists Virginia Tech Successfully Published One Paper on Greenhouse Gases Science and Technology

Recently, one client of Gold APP Instruments Corporation China, Virginia Polytechnic Institute and State University, had successfully published one paper which titled as Isothermal Adsorption Kinetics Properties of Carbon Dioxide in Crushed Coal on Greenhouse Gases Science and Technology with testing data helps by H-Sorb 200 high pressure and temperature volumetric gas adsorption analyzer. This journal is famous of carbon capture and storage, utilization of CO2, other greenhouse gases, other mitigation strategies, analysis of relevant economic, political and business developments etc researching fields.

 

Here is the paper abstract: Understanding the dynamic response of coal to carbon dioxide sorption is crucial for optimizing carbon dioxide sequestration in unmineable coal seams and enhanced coalbed methane recovery. In order to explore the adsorption kinetics of carbon dioxide in coal, 15 isothermal adsorption tests were conducted on bituminous and sub-bituminous coals at 50°C for increasing equilibrium pressures (up to 4 MPa). The pseudo-second order (PSO) model is introduced to approximate the carbon dioxide sorption kinetics in coal, and the kinetics properties are then investigated via the PSO model. The linear relationship between (t/q) and (t) is validated and confirmed with a high correlation coefficient (>99%). The kinetics parameter, k2, decreases with both increasing equilibrium sorption pressure and increasing pressure difference. The sorption equilibrium content, Qe, in each sorption stage depends on both the final equilibrium pressure and the pressure difference. Based on the relationship between sorption content and time, the sorption content for different pressure ranges is predicted using different time intervals. The analysis indicates that the adsorption process for carbon dioxide in coal is a combination of both bulk diffusion-controlled and surface interaction-controlled processes; the former dominates the initial stage while the latter controls the majority of the overall process.

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