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NASA is currently using a solid amine sorbent known as HSC+ for regeneratively removing CO2 in space shuttle applications. This sorbent may also be of value for CO2 removal in various industrial processes such as greenhouse gas control, industrial syntheses, and natural gas purification. To design novel sorbents and to design a CO2 scrubber based on HSC+, physical and thermochemical property data are required. In this paper, we present a detailed experimental investigation of property data and long-term performance results using HSC+ as a CO2 sorbent. Differential scanning calorimetry was used to determine the heat capacity of the material. Cyclic and equilibrium capacities of the material for CO2 pickup were determined and long-term test data show excellent performance. In addition, we have determined the heat of adsorption associated with CO2 pickup by HSC+ and the effect of moisture, using isothermal flow calorimetry. We have also performed thermal gravimetric analyses on the materials to gain insight into the stability of the material and determine the temperatures at which CO2 and constituents of HSC+ leave the surface of the material.
Satyapal et al. (Tue,) studied this question.
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