INERATEC provides modular Power‑to‑X plants that convert captured CO₂ and renewable hydrogen into carbon‑neutral synthetic fuels (e‑diesel, e‑SAF, e‑naphtha, e‑wax) and high‑purity e‑chemicals.
Funding
$31.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
BEFounders
Product
Problem
Industrial and transport sectors rely heavily on fossil‑based fuels and chemicals, leading to high greenhouse‑gas emissions and supply‑chain vulnerability due to limited raw material availability.
Solution
INERATEC applies patented Power‑to‑X technology to convert captured CO₂ and renewable hydrogen into a portfolio of carbon‑neutral synthetic fuels (e‑diesel, e‑SAF, e‑naphtha, e‑wax) and high‑purity e‑chemicals. The company offers modular, on‑site Power‑to‑X plants that enable customers to produce drop‑in ready fuels locally, reducing dependence on external suppliers and enhancing energy sovereignty. Their micro‑structure process ensures certified product quality and high conversion efficiency, while the resulting fuels are fully compatible with existing engines, logistics and infrastructure. By closing the carbon loop, INERATEC helps users achieve substantial emission reductions without altering operational practices.
Target Audience
Primary customers are operators in aviation, maritime, heavy‑duty transport and industrial chemical manufacturing seeking carbon‑neutral fuel or feedstock solutions while maintaining existing equipment and logistics.
Features
- Patent‑protected micro‑structure technology that tightly integrates CO₂ capture, water electrolysis and synthesis for high conversion efficiency
- Modular Power‑to‑X plants that can be installed on‑site, allowing on‑demand production of e‑fuels and e‑chemicals
- Portfolio of drop‑in ready products: e‑diesel, e‑SAF, e‑naphtha, e‑wax, e‑naphtha and e‑wax with certified carbon‑neutral lifecycle
- Products meet industry standards (e.g., ASTM D7566 for e‑SAF, EN 15940 for e‑diesel) and are fully compatible with existing engines and distribution networks
- High‑purity chemical outputs enable substitution of fossil‑based feedstocks in plastics, cosmetics, pharmaceuticals and other applications
- Scalable solution that supports resilient fuel supply chains and reduces reliance on volatile fossil markets