Formic acid
Used in animal nutrition, silage preservation, leather tanning, pharmaceuticals, de-icing, flavors and fragrances.
Find out more →The electrolyzer is precisely designed for the transformation of carbon emissions (COₓ) into ethylene
Stacked plates distribute COₓ gases to catalytic cores
The catalytic cores are given electrical power to convert COₓ to sustainable ethylene
The ethylene is comprised entirely of recycled carbon, displacing fossil ethylene production.
Used in animal nutrition, silage preservation, leather tanning, pharmaceuticals, de-icing, flavors and fragrances.
Find out more →Foundational acid and base used in critical mineral processing, fertilizer production, pulp and paper, and chemical manufacturing.
Find out more →The world’s most used organic chemical ($200 Bn/y), a key building block to textile fibers, medical devices, packaging, PVC pipes that bring fresh water to our homes.
Find out more →Produced from electrolysis
Sulfuric acid for ore leaching · sodium hydroxide for refining · formic acid for hydrometallurgy.
Produced from electrolysis
Caustic soda for battery manufacturing, glass making · sulfuric acid for fertilizer production.
Produced from electrolysis
Low-carbon fine chemical building blocks for active ingredients.
Produced from electrolysis
Formic acid for silage preservation · feed-grade additives · leather tanning agents.
Produced from electrolysis
Ethylene for cosmetics, home care and footwear · ethylene for PVC bringing fresh water to our homes.
Drop-in chemicals that are identical to virgin fossil-made chemicals, easily integrating into existing supply chains and product lines.
Cost parity or even a discount vs. fossil chemical prices is made possible by unprecedented energy efficiency. All the benefits, with no impact to the bottom-line.
Import-dependent regions pay the price of foreign dependency in volatility and lost competitiveness. We allow customers to reclaim power over their supply chains with predictable pricing.
We slash emissions at the source, offering dual decarbonization: we displace fossil fuels for the production of key chemicals while repurposing emissions as the source of renewable carbon. At scale, we can impact over 1% of global emissions.