About

Revesys Energy is advancing a new model for industrial energy — one that converts challenges created by waste into sustainable economic opportunity.

Founded to address the growing disconnect between recycling limitations and industrial fuel demand, Revesys combines materials science, recycling expertise, and commercialization strategy to deliver scalable alternative fuel solutions.

Our patented torrefaction-extrusion technology transforms post-consumer plastics and recovered fiber waste into engineered fuel pellets capable of powering energy-intensive industries.

Our Approach

Revesys operates at the intersection of recycling infrastructure and industrial manufacturing.

By co-locating facilities with materials recovery facilities (MRFs), we:

  • Reduce transportation costs

  • Access consistent feedstock supply

  • Utilize commercially zoned industrial locations efficiently

This results in a scalable deployment model designed for rapid expansion across North America.

Traction and Development

Our technology development has been supported through multiple accelerator and commercialization programs, including:

  • Great Lakes I-Corps Program completion

  • AMMP Accelerator participation

  • Technology licensing option secured from Michigan Technological University

More than $2.6 million in grant funding has supported development prior to commercialization. 

Leadership and Advisory Experience

Our leadership team combines business development expertise with experience in recycling systems and technology commercialization.

Collectively, the team represents:

  • 25+ years in business development

  • 22+ years of direct recycling industry experience

Our advisors and partners include leaders in entrepreneurship, waste management, and technology incubation.

Industrial machinery with large white pipes, valves, and a green machine in a warehouse or factory setting.

Join Us

Help us reach a future where landfill waste becomes a reliable industrial resource — reducing emissions while strengthening domestic energy resilience.