Welcome to FlexiH

Accelerating Toward a Carbon Free Economy

A Cleaner Future Starts Here…

At FlexiH, we’re reimagining how the world creates energy. Our groundbreaking E-Refinery turns everyday resources—like air, steam, and even waste—into clean fuels that can power industries, farms, and communities.

Our first step is producing clean ammonia to help farmers grow food more sustainably, while reducing the carbon footprint of agriculture. Unlike traditional methods that pollute and waste energy, our process works under natural, everyday conditions—proving that innovation can be both powerful and kind to the planet.

But we don’t stop there.

FlexiH is driving the next wave of industrial innovation and AI-powered economies with scalable, carbon-free solutions.

Our E-Refinery plant is powered by the very ammonia and hydrogen we produce fueling a cleaner, smarter future. From clean ammonia to hydrogen, e-SAF, e-methanol, and e-DME, FlexiH is building the fuels of tomorrow, today.

Our technology enables industries to reduce their carbon footprints, opening more opportunities to support and meet net zero emissions by 2050.

From Farm to Future: The Promise of Clean Ammonia

As one of the most widely used chemicals in the world, ammonia plays a vital role in agriculture, energy, and industry. Traditionally produced through processes with a heavy carbon footprint, ammonia is now being reimagined as a clean energy carrier and sustainable solution for global needs.

Our breakthrough E-Refinery technology produces clean ammonia under ambient conditions, using renewable feedstocks instead of fossil fuels. This modular, zero-carbon process not only supports the agricultural sector but also unlocks new pathways for storing and transporting hydrogen safely and efficiently.

Clean ammonia is set to become a cornerstone of the global energy transition—and at FlexiH, we’re leading the way in making it accessible, sustainable, and scalable.

Key Advantages of Our Process

  • Maintenance Free
  • On-Demand
  • Modular & Scalable
  • Low Energy Input
  • Feedstock-Flexible