AvCarb Material Solutions is a Lowell, Massachusetts manufacturer of engineered carbon fiber materials - gas diffusion layers, felts, papers, woven fabrics and molded graphite laminates - built for the toughest electrochemical, thermal and friction jobs. With roots tracing to AVCO in the early 1960s (the same Lowell operation that helped develop Apollo's AVCOAT heat shield), AvCarb now supplies the carbon guts of hydrogen fuel cells, electrolyzers and redox flow batteries, alongside legacy work in automotive wet friction and even fishing-reel drag washers.
Solidec is a Houston-based climate-tech company spun out of Rice University that builds modular electrolyzers to make essential chemicals - starting with ultra-pure hydrogen peroxide - on-site from just air, water, and electricity. Its porous solid-electrolyte reactor skips the centralized plants, hazardous trucking, and fossil-fuel feedstocks of conventional chemical production, cutting emissions by as much as 90%. Founded in 2023 by Ryan DuChanois, Yang Xia, and Rice professor Haotian Wang, the company raised an oversubscribed $2M pre-seed round and has been backed by Chevron Technology Ventures' Catalyst Program, the Activate Fellowship, and a NASA SBIR award.
Dioxycle is a French-American climate-tech company building a low-temperature electrolyzer that turns waste CO2, water, and renewable electricity into sustainable ethylene - the world's most-used organic chemical - at a cost competitive with fossil-derived ethylene. Founded in 2021 by electrochemists Sarah Lamaison and David Wakerley, it aims to electrify chemical manufacturing and recycle industrial carbon emissions at gigaton scale.
Fourier is a Palo Alto-based clean-energy company building modular, fully automated electrolyzers that produce green hydrogen on-site and on-demand. By borrowing architecture from the data center industry - racks of small, software-managed electrolyzer 'blades' running on reprogrammed mass-produced power supplies - Fourier aims to eliminate the costly, hazardous transportation and storage that inflate hydrogen prices, making clean hydrogen practical for heavy industry, transportation fuel, and distributed energy storage.