Why waste heat

Every exhaust stream is an untapped power plant

Recovering heat wherever it is produced

Diagram of the Critical Energy ORC system: an inlet exhaust stream passes through a heat exchanger to drive a turbine and generator, with a cooling array and pump returning the working fluid in a closed loop
Gas turbine units and exhaust stacks at a power plant

Onsite Generation

We convert exhaust heat from onsite gas turbines, reciprocating engines and fuel cells, like those powering data centers, into clean extra capacity.

Cement plant with preheater tower and silos on a waterfront

High-Temperature Manufacturing

We recover heat from producing critical materials like glass, steel, cement and iron, improving efficiency and uptime.

Industrial gas storage tanks at sunset

Energy Operations

We capture heat from upstream, midstream and downstream energy processes, such as refineries and gas compressor stations, reducing reliance on grid power at remote sites.

Waste heat advantages

Free Fuel

The heat source is a byproduct of equipment already running, so the marginal fuel cost of every recovered kilowatt-hour is zero.

Zero Added Emissions

Converts existing waste heat into electricity without burning additional fuel or increasing the site’s carbon footprint.

Improved System Performance

Recovered kilowatts can be used to generate more power for the power offtaker, or to reduce system parasitic load.

Rapid Deployment

Factory-built modular units ship in standard containers and install in weeks, not years, with minimal onsite construction.

Water Free

Closed-loop, air-cooled design operates without water consumption, simplifying siting and permitting.

Install and Forget

Closed-loop operation with no consumables and minimal onsite maintenance keeps units running with little operator attention.

Built on the same platform as our geothermal plants

Crane lifting a Critical Energy container module into place at an industrial site