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Showing 1 to 6 of 6 for “"Electrothermal Swing Adsorption"”.
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Decision-Based Design of New Products: Electrothermal Swing Adsorption (Esa) System
A normative decision tool in the form of multiattribute utility analysis helps to incorporate desirable trade-offs among product attributes of capital cost, operating cost and environmental impact in a systematic manner. The objective is to improve the overall worth of product for customers. …
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Capture and Recovery of Organic Vapors With an Electrothermal -Swing Adsorption System
… The new ESA system allowed for rapid electrothermal regeneration and condensation of the adsorbate. This investigation demonstrated the ESA technology's feasibility to successfully operate under realistic conditions for the air quality industry and allow us one step closer to achieving …
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Capture and recovery of organic gases with electrothermal swing adsorption and post-desorption treatment
… Activated carbon fiber cloth (ACFC) with electrothermal swing adsorption (ACFC-ESA) has been shown to be an effective means of capturing and recovering organic vapors (Tb > 50°C). However, additional gas treatment needs to be coupled downstream of the ACFC-ESA system to extend this …
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Monitoring and control of electrothermal swing adsorption based on electrical properties of the adsorbent
… emissions from thermal oxidation. A bench-scale electrothermal swing adsorption (ESA) system that uses activated carbon fiber cloth (ACFC) to selectively remove vapors/gases from gas streams and electrothermal heating to regenerate the ACFC was previously developed. This system concentrates a …
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Experimental and Numerical Evaluation of Electrothermal-Swing Adsorption for Capture and Recovery or Destruction of Organic Vapors
… (a) material balances for organic vapors in the adsorption vessel and (b) energy balances for the adsorbent, carrier gas, vapor, and fittings. The model predicts outlet vapor concentrations, temperature profiles, power requirements, voltage requirements, and current requirements for ESA …
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Experimental and numerical evaluation of electrothermal–swing adsorption for capture and recovery or destruction of organic vapors
… can be readily captured by techniques such as adsorption. The cost to meet regulations for VOC control during 2010 was estimated at $2.3 billion/yr. Environmental regulations encourage the development of new technologies to more effectively remove HAPs/VOCs from gas streams at lower cost. …