MEET THE ENERGY SAVING INVESTIGATION OBLIGATION
WITH HEATPOWER 300

Reduce CO2 emissions, increase energy efficiency and achieve regulatory compliance with Climeon's HeatPower 300 technology. Find out how low-temp ORC waste heat recovery can help you meet the Energy Saving Investigation Obligation (Onderzoeksplicht energiebesparing) now.

GENERATE CARBON-FREE ELECTRICITY
FROM WASTE HEAT

Are you ready for the 1st December 2023 Energy Saving Investigation Obligation reporting deadline?

Discover how Climeon's low-temp ORC waste heat recovery system can help you achieve compliance, reduce emissions and generate on-site cost-efficient sustainable electricity.

Climeon HeatPower 300 ORC unit designed for efficient low-temperature waste heat recovery
Frame 52
Reduce CO2 emissions
Frame 52
Less than 5 year payback period
Frame 52
Generate on-site sustainable power
Frame 52
No impact on existing processes
Frame 52
24/7 automated energy generation

Meet Regulatory Requirements

If your business location uses more than 10,000,000 kWh of electricity or 25,000 m3 of natural gas (or an equivalent) per year, it's likely you'll be subject to the Energy Saving Investigation Obligation (Onderzoeksplicht energiebesparing).

By converting unused waste heat into carbon-free electricity with Climeon's HeatPower 300 system, you can achieve compliance, reduce energy costs and lower CO2 emissions.

INDUSTRIAL ORC WHR

Many of the largest energy-consumers in the Netherlands operate within the industrial sector. These companies typically produce vast amounts of waste heat, which makes low-temp ORC WHR an effective and cost-efficient method of emissions reduction.

To find out how much clean, carbon-free electricity you can generate with waste heat at your business location, speak to our team now.

Frame 52
Lower electricity costs
Frame 52
Reduce reliance on the grid
Frame 52
Generate on-site carbon-free power
Frame 52
Increase energy efficiency
Frame 52
Non-weather-dependent source of sustainable energy
Industrial facility emitting steam, illustrating the potential of waste heat recovery to improve energy efficiency in energy-intensive industries.

Climeon Insights 

Safeguarding Europe’s EIIs with Low-Temp Waste Heat Recovery

Energy Intensive Industries (EIIs) in Europe are grappling with elevated and volatile electricity prices driven by a combination of geopolitical tensions, market shifts, and the energy transition. This situation is prompting industries to seek solutions that balance affordability, sustainability, and energy security.

Climeon Insights

Fueling the EU’s Industrial Sector with Cost-Efficient, Sustainable Power

Although the price of electricity in 2023 was substantially lower than in 2022, industrial companies in the European Union were still paying almost twice the amount for electricity than their American and global counterparts (IEA, 2024). For energy-intensive industrial companies, these increased costs make it difficult to remain competitive in a global market.

Harnessing waste heat for sustainable energy in the industrial sector with Climeon HeatPower systems.

Climeon Insights

What is Industrial Waste Heat Recovery?

Industrial processes typically use and/or produce vast amounts of waste heat, which is often underutilized or overlooked entirely. However, companies can increase the energy efficiency of their operations by reusing this waste heat.

Prepare for the Energy Saving Investigation Obligation Now

et in touch with our expert team and find out how HeatPower 300 can reduce CO2 emissions and generate sustainable electricity at your business location.

Climeon HeatPower 300 ORC unit designed for efficient low-temperature waste heat recovery