Abstract: A system and process for CO2 capture and release can include an electrochemical de-acidification of a pH varying electrolyte cause by reduction of PCET active molecules in a flow cells to produce a pH varying electrolyte capable of CO2, followed by acidification of the pH varying electrolyte caused by oxidation of the PCET active molecules to release the captured CO2.

Abstract: A conductive textile is provided comprising a textile substrate comprising a network of one or more threads, each thread comprising one or more fibers, the one or more threads arranged to define a plurality of pores and a plurality of intersections distributed throughout the textile substrate, and a conductive polymer coating on a surface of the textile substrate, wherein the textile substrate is characterized by a porosity which is sufficiently high to achieve a substantially maximum conductivity for the conductive textile. The conductive textile may be incorporated into a variety of electronic devices, including solar cells.