maximize efficiency with heatpower
increase power output with sustainable ELECTRICITY
Climeon’s advanced ORC waste heat recovery technology converts low-temperature residual heat from power generation into sustainable electricity. It enables energy companies to boost clean power production, improve energy efficiency, and cut CO₂ emissions.
Enhance energy
efficiency
Increase power
output without added fuel
Reduce GHG
emissions
Produce reliable
sustainable power
Biomass
Maximize efficiency, lowering costs and emissions by capturing and converting waste heat into additional electricity, reducing the need for excessive biomass feedstock.
Natural Gas
Boost plant efficiency and cut down on carbon emissions by reclaiming lost heat and turning it into usable electricity, reducing fuel consumption.
combustion engines
Improve fuel efficiency, lower operational costs, and minimize environmental impact by recovering low-temp waste heat from engine cooling water and exhaust gas and convert it into additional electricity.
WHY CLIMEON HEATPOWER?
Climeon’s HeatPower technology efficiently converts low-temperature heat (75-105°C) into clean electricity. Our ORC units are pre-assembled with customized components to match site conditions, desired output, and optimize ROI.
355kW
Up to 355kW from a single unit
3MW
Multi-unit HeatPower systems are highly cost-effective up to 3MW when thermal energy is available
Industry-leading efficiency at low temperatures
Short payback time (from 2 years)
Cost-efficient, uncomplicated integration
Automated production, low maintenance
Durable design for extended lifespan
Industry-leading efficiency at low temperatures
Short payback time (from 2 years)
Cost-efficient, uncomplicated integration
Automated production, low maintenance
Durable design for extended lifespan
GENSET INTEGRATION
simple, hassLE-free integration
Climeon’s HeatPower technology is optimized for low-temperature waste heat (75-105°C) from engine cooling water, offering a durable design with minimal interfaces for simple, cost-effective installation. Exhaust gas heat can also be used to boost system output. A minimum of 4MWe from one or more engines is recommended for optimal ROI.
Cooling water (0-35°C) is needed for electricity production via the ORC process, which can be supplied from cooling towers or natural water sources like seas, lakes, or rivers.
Insights
Accelerating Electrification in the Energy & Industrial Sectors with HeatPower
Electrification has been hailed as ‘one of the most important strategies for reducing CO2 emissions from energy’, but will it deliver the environmental impact we need to achieve global net-zero targets and be a cost-efficient method of decarbonization?
insights
Is Waste Heat the Key to Safeguarding the Sustainable Energy Mix?
A narrow mix of renewables inevitably threatens the reliability of sustainable power. Find out how HeatPower can diversify & safeguard the sustainable energy mix by generating clean, carbon-free electricity.
Insights
HeatPower Delivers Clean, Flexible Energy at UK’s First Carbon-Neutral Power Plant
Climeon’s HeatPower systems will be integrated into the UK’s first carbon-neutral flexible power plant to maximize efficiency and increase the output of clean, sustainable energy.
weather independence
Consistent Power, Consistent Returns
Both wind power and Climeon's HeatPower have a similar cost per MWh, but the return on the investment can look very different. Regardless of changes in weather and market price fluctuations, Climeon provides reliable electricity for as low as 40 Euro per MWh, maximizing long-term profitability.
