Building the Future of Circular Energy.
Engineering Waste into Energy
Every year, millions of tonnes of organic and industrial by-products are burned, buried, or lost. Project Aether is developing a new class of high-temperature fractionating, fractional distillation, and catalyst systems that convert these untapped waste streams into clean fuels and base chemicals.
Our work focuses on refining bio-derived inputs — including wood waste, wine by-products, and agricultural residues — through advanced catalytic reforming and carbon conversion processes. The goal: eliminate waste, capture carbon, and create renewable energy sources that perform at industrial scale.
From Residue to Resource
At the core of Aether’s system is the SCAVENGER™ fractional reactor, paired with Graymark’s proprietary ARC™ catalyst. Together, they transform waste-carbon molecules into sustainable fuels such as bio-ethanol and bio-methanol — ready for use in transport, energy, and industrial production.
We're designing each reaction cycle to scrub waste emissions from the process while producing valuable materials that can be fed back into the economy. Aether’s approach closes the loop between energy production, industry, and the environment — proving that progress and sustainability can be the same thing.
Research. Development. Deployment.
Aether is currently in the research and pilot-development phase. Our teams are collaborating with operating partners and project partners to validate new catalysts, reactor designs, and carbon-capture integrations through a series of pilot projects.
Through these pilots, we’re building the foundation for a scalable circular-energy platform — one capable of turning today’s industrial waste into tomorrow’s renewables.
Interested?
Discover how Graymark is transforming waste into renewable energy.