Microporous Polymeric Sorbent Technology for Post Combustion CO 2 Capture

The National Energy Technology Laboratory’s Research and Innovation Center (NETL-RIC) is developing new, microporous polymeric (m-poly) sorbent technology with a demonstrated carbon dioxide (CO2) uptake capacity of 10 wt% and a selectivity of greater than 500 under a “simulated gas” environment for natural gas flue gas (NGFG). The most promising m-poly sorbents are to be integrated into a prototype modular system for long-term field testing (such as at the National Carbon Capture Center [NCCC]) under actual post-combustion flue gas.

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Shared (this field will be removed in the future) Open
IB1 Sensitivity Class
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citation Andrew Jones, Microporous Polymeric Sorbent Technology for Post Combustion CO 2 Capture, 11/2/2022, https://edx.netl.doe.gov/dataset/m-icroporous-p-olymeric-s-orbent-t-echnology-for-post-combustion-co-2-capture
geospatial no
netl_product yes
poc_email [email protected]
point_of_contact Andrew Jones
program_or_project Carbon Capture
project_number FWP-1022402 (Task 17)