We reclaim what can't be recycled
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We have engineered a mineral bridge that allows us to completely bypass a traditional carbon-heavy manufacturing process for a widely used industrial commodity, hydrated silicate or reactive silica.
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Abundant waste fiberglass is transformed into a premium asset while capturing value; delivering the exact material the world’s largest consumer goods and industrial companies already buy, with a fraction of the carbon footprint and significant CAPEX improvement.
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It’s not just a chemical process, it’s a value multiplier: lower production costs, faster reaction time, utilizing specific waste streams
The Reclamation Mission
Reclaim the material and lock up the carbon.
Wind turbine blades and abandoned vessels are large composite material liabilities with no large-volume recycling route. Our mission is to make them the start of a new supply chain with significant environmental product declaration claims. We free the glass fiber by dissolving epoxy resins in bio-derived acid made with waste brines and fermented food waste, then liquefy the remaining solid fibers with caustic from waste brines, producing hydrated silicates and reactive silica.
We separate and combust the epoxy liquor and capture and bind the flue gas CO₂ with recovered magnesium brines to produce magnesium carbonate, Nescrete, a high-value lightweight and fire-resistant replacement for gypsum wallboard and mineral roof coatings.
The bigger picture: one chemistry, three markets
Three waste inputs go into one low-temperature process, and each comes out with a job to do.
Fiberglass: reclaimed from blades and hulls, it becomes sodium metasilicate at 200 °C — the compound conventional producers make from virgin sand in 1,400 °C furnaces, at roughly 20% of the energy.
Waste magnesium: recovered from industrial brines, it binds captured CO₂ and becomes the bulking agent –Nescrete, a hydrated silica-stabilized magnesium carbonate- in our wallboard and roof coatings products.
CO₂: captured from resin combustion and biomass fermentation to produce acetate, it is mineralized and permanently sequestered in Nescrete construction products.
One process, three ways to sell it: the carbon we store, the silicate we sell as a chemical, and Nescrete, the building product all three can make together.
The recovered silicates can be sold on their own to fill multiple industry needs: water treatment, mineral coatings, detergents, cleaners, soaps and other versatile materials. The United States utilizes over 100,000 tons of sodium metasilicate annually with an anticipated CAGR at 5% .
Silicate Products
Reclamation: blades and hulls
The source: two waste streams, one material problem.
A blade and a hull are the same object — glass fiber locked into thermoset resin, built to survive decades of weather, saltwater and load. The resin will not reverse, so both end their life in landfill, together roughly 400,000 tons a year. Blade retirements alone are on track to reach 150,000 tons a year by the mid-2030s.
The key differentiator –our moat- is mobile shredding and access to low-cost, low CO₂ acids and caustic produced from bipolar membrane electrodialysis with advanced separation technology.
Our mobile shredding partner goes to the blade or the hull: owners or utilities avoid the haul and the landfill fee, and we are paid a tipping fee on every ton. What leaves the site is clean glass feedstock — and that is where the chemistry begins.
Our Story
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To pioneer a truly circular future by transforming atmospheric carbon and industrial waste into the foundation of tomorrow's cities. Through advanced amine-based direct air capture, permanent mineralization, and the reclamation of decommissioned fiberglass, we eliminate waste and manufacture sustainable building products that lock away carbon forever.
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Our mission is to decarbonize the built environment by turning environmental liabilities into high-performance assets. We harvest CO2 from the sky and match it with industrial waste streams to create permanent mineral building materials, while simultaneously diverting wind turbine blades and fiberglass vessels from landfills to reinforce a completely circular supply chain.
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To advance global net-zero goals through engineered carbon negative loops. By deploying amine-based Direct Air Capture (DAC) and upcycling industrial waste, we permanently sequester carbon dioxide into mineralized building products for residential and commercial construction. We close the loop on heavy industry by reclaiming fiberglass and wind turbine blades, providing a sustainable alternative to landfills and traditional manufacturing feedstocks.