Solidec Raises Oversubscribed $2 Million Pre-Seed Round to Reinvent Chemical Manufacturing
Solidec, a Houston-based climate technology startup developing modular systems for on-site chemical manufacturing, has raised an oversubscribed pre-seed funding round of more than $2 million. The financing will support commercialization of the company’s electrochemical reactor technology, accelerate pilot deployments, and expand engineering capabilities as it seeks to transform the way essential industrial chemicals are produced.
The pre-seed round was led by New Climate Ventures and included participation from Plug and Play Ventures, Ecosphere Ventures, Collaborative Fund, Safar Partners, Echo River Capital, and Semilla Climate Capital, among other investors. The oversubscribed financing reflects growing investor interest in technologies that can decarbonize industrial manufacturing while strengthening supply chain resilience.
Founded in 2023, Solidec is commercializing technology developed from research conducted at Rice University. The company has created a platform of modular electrochemical reactors capable of producing essential chemicals using only air, water, and electricity. By generating chemicals directly where they are needed, Solidec aims to eliminate the need for centralized production, long-distance transportation, hazardous storage, and energy-intensive manufacturing processes that have defined the chemical industry for decades.
The company’s first commercial focus is hydrogen peroxide, a widely used chemical employed across industries including semiconductor manufacturing, wastewater treatment, food and beverage processing, mining, and critical mineral refining. Traditionally, hydrogen peroxide is manufactured in large centralized facilities through the anthraquinone process before being transported to customers. Solidec’s approach instead enables customers to generate the chemical on-site and on demand, reducing logistics costs, improving safety, and lowering emissions.
According to Solidec, its proprietary reactor technology eliminates several conventional processing steps required in chemical production while significantly improving energy efficiency. The company says its system consumes approximately three times less energy than traditional hydrogen peroxide production methods and produces substantially fewer carbon emissions. Because the reactors rely only on air, water, and renewable electricity, they also reduce dependence on fossil-based feedstocks that dominate conventional chemical manufacturing.
Chief Executive Officer and co-founder Ryan DuChanois said the company is building a new model for chemical manufacturing that addresses both environmental and operational challenges. Rather than shipping hazardous chemicals across long distances, Solidec’s modular systems are designed to produce chemicals exactly where they are needed, reducing costs, emissions, and supply chain vulnerabilities while improving reliability for industrial customers.
Lead investor New Climate Ventures said it developed strong conviction in Solidec’s founding team, technology, and commercial strategy over an extended evaluation period. The firm’s investment thesis also reflects confidence in the flexibility of Solidec’s platform, which is capable of producing multiple high-value industrial chemicals beyond hydrogen peroxide. This versatility provides opportunities to expand into additional chemical markets as commercialization progresses.
Although hydrogen peroxide represents the company’s initial target market, Solidec’s broader technology platform is capable of manufacturing several other industrial chemicals, including formic acid, acetic acid, and syngas. The company believes its modular production systems could ultimately replace portions of today’s centralized chemical infrastructure while reducing industrial carbon emissions on a meaningful scale.
The newly secured capital will primarily fund pilot deployments with early commercial customers, continued product development, manufacturing scale-up, and customer-specific engineering projects. Solidec has already secured initial commercial customers and plans to use the financing to accelerate market adoption across industries requiring reliable supplies of critical chemicals.
The startup has also established a strong presence within the climate technology ecosystem. Solidec is an Activate Fellow company, a member of Greentown Labs Houston, and a graduate of the Chevron Catalyst Program. The company continues to collaborate with industrial partners while advancing commercialization of technology originating from academic research at Rice University.
With fresh capital from a syndicate of climate-focused venture investors, Solidec is positioning itself to modernize one of the world’s largest industrial sectors. By replacing centralized chemical production with autonomous modular reactors capable of generating essential chemicals wherever they are needed, the company aims to improve supply chain resilience, reduce carbon emissions, and reshape chemical manufacturing through decentralized, on-demand production.
