Cement
Kiln and clinker-cooler exhaust as a continuous, high-volume heat source.
The larger industrial ORC frame. It turns around 2 MW of thermal waste heat per module into up to 200 kW of electricity — no additional fuel — and arrives plug-ready in a 40-foot container with the cooling already integrated.
Same Organic Rankine Cycle technology as the eP 050.100 — sized up for the largest continuous heat streams on a site.
The module takes low-grade heat your process already produces and converts it into electricity, with no extra fuel and no extra combustion emissions. Delivered ready to connect in a 40-foot container with the cooling built in, it is commissioned in days rather than weeks.
Brio Energy is the official India partner of Orcan Energy — covering supply, integration, commissioning and ongoing service.
| Applications | Industry & Power |
|---|---|
| Input power | ~2 MWth per module |
| Electrical output | Up to 200 kWel |
| Heat sources | Fluid above 80 °C; gaseous above 150 °C |
| Dimensions (W × L × H) | 12.2 m × 2.5 m × 2.9 m (40-ft container) |
| Cooling | Integrated in the container |
| Manufacturer | Orcan Energy AG — India partner Brio Energy Pvt. Ltd. |
Figures as published by the manufacturer. Site-specific output is confirmed by a site survey.
The eP 150.200 suits the highest-volume, continuous heat sources — the same sectors as the smaller frame, at a larger scale.
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 on-site facilities.
The industrial frame for smaller heat streams — 500–1,200 kW thermal per module.
Marine frame for larger ship engines — new-build and retrofit.
The compact marine frame — for example a 1 MW engine.
Before any capex decision we size the recovery on your site and put a rupee figure and a payback period against it.