Infinite possibilities across multiple sectors
Process industry, food industry, paper and pulp, chemical plants. Recover millions worth of waste heat on a large scale that no other technique can reach.
Recovery of residual heat from return lines. Integration into existing infrastructure for improved efficiency.
Concentrated solar power (CSP) for both distributed and portable electricity production. Direct solar-to-power applications like irrigation pumps, sawmills.
Direct conversion of geothermal heat to electricity. Scalable from small to large installations.
Utilization of server room heat. Turn cooling costs into energy production.
Increase overall efficiency by recovering waste heat. Applicable to various generation types.
For vehicle transport, GREC offers unique opportunities through hybrid configurations:
GREC recovers waste heat (500°C) from fuel cells powered by hydrogen or biofuels, significantly increasing the system's total efficiency and extending range for fossil-free transport solutions.
Connection to friction-based heat sources or other mechanical heat-generating sources in the drivetrain. These hybrid configurations enable higher total system efficiency.
GREC can replace today's polluting combustion engines with clean, low-cost (or free), high-power energy generators which can deliver both on-demand and continuous electric and/or mechanical power.
On-demand and continuous electric power for both off-grid and on-grid distribution.
Innovative technology component in the energy storage sector.
Recovery of waste heat from HVAC systems, improving building energy efficiency.
Transport infrastructures, electric substation transformers, landfills.
Solar-powered irrigation pumps, water treatment facilities.
Clean market potential globally across multiple sectors!
Wherever we can find a temperature difference—there is potential for GREC. The abundance of waste heat sources offers large opportunities for communities and businesses to recover this heat and generate emission-free, cheap, and clean energy.