Orcan Energy efficiency PACK modules that convert the heat your process is already throwing away into grid-quality electricity — no additional fuel, no additional combustion emissions. Four frames, two industrial and two marine, cover most duties.
The only question that decides between them is the thermal input available at your heat source. Everything else — integration, commissioning, service — is identical.
Designed for medium-scale operations — a balance of efficiency and versatility, ideal for manufacturing facilities and power plants. Fits into an existing engine container in minutes.
Ideal for larger-scale applications. Maximises electricity production from waste heat sources — suitable for heavy industries and continuous process lines.
The compact marine frame — sized for engines around 1 MW. Recovers a ship engine's waste heat into on-board electricity; suits new-build and retrofit.
The marine frame for larger ship engines. Very compact and easily installed, for both new-build and retrofit projects.
Published manufacturer figures, side by side. Site-specific output is confirmed by a site survey — these are the selection inputs, not a performance guarantee.
| Specification | eP 050.100 | eP 150.200 |
|---|---|---|
| Applications | Industry & Power | Industry & Power |
| Input power (per module) | 500–1,200 kWth | 2 MW thermal |
| Fluid heat sources | Above 80 °C (ideal 140 °C) | Above 80 °C (ideal 140 °C) |
| Gaseous heat sources | Above 150 °C | Above 150 °C |
| Width | 6.1 m | 12.2 m |
| Length × Height | 2.5 × 2.9 m | 2.5 × 2.9 m |
| Additional fuel | None | None |
Orcan Energy's solutions harness Organic Rankine Cycle technology to convert industrial waste heat into electrical power. This technology is critical in utilising low-grade heat sources, making it a pillar of energy-efficient practices.
An organic working fluid with a low boiling point takes heat from your stream, vaporises, drives a turbine, condenses and returns. Your process is untouched; the only thing that changes is that heat which used to leave the site now leaves as electricity.
Our efficiency PACKs are versatile and can be integrated across a multitude of industries. These sectors benefit immensely from our ability to turn residual heat into energy, thereby optimising operational efficiencies.
Kiln and clinker cooler exhaust as a continuous, high-volume heat source.
Reheating furnaces and engine halls running around the clock.
Melting furnace waste heat recovered without disturbing the process.
Engine and compressor exhaust at remote and on-site facilities.
Engine gensets where exhaust heat is currently vented to atmosphere.
Before any capex decision we size the recovery on your site and put a rupee figure and a payback period against it.