Chemicals

Meet Therminator, an oil-free heat pump that effectively utilizes waste heat, making it perfect for high-temperature processes in the chemical industry. Its oil-free design meets strict operational standards, delivering temperatures up to 200°C.

Tackling High Energy Demands and Regulatory Pressures

The chemical sector faces challenges with energy-intensive processes and strict safety regulations. Traditional fossil-fuel heating systems often fail to meet these demands efficiently and sustainably. Standard heat pumps and oil-based compressors also fall short due to product safety rules, the requirement of high uptime, and the need for high temperatures.

Boosting Safety, Efficiency, and Sustainability

In the chemical industry, safety and reliability are critical. The oil-free design of Upheat heat pumps minimizes the risk of oil leaks, ensuring a clean and stable heat source. High energy efficiency leads to significant savings, and renewable energy compatibility boosts sustainability.

ROI in 1 to 3 years

With a quick ROI and lower total ownership costs, Upheat heat pumps help chemical manufacturers reduce emissions, improve energy efficiency, and maintain safety standards. For those focused on heating, we offer a Heat-as-a-Service package where you only pay for the results.

Easy Plug-and-Play Setup

The Upheat heat pump is a containerized, modular solution for easy integration. Connect it to your waste heat source, electrical power, and heat sink for a quick setup with minimal downtime. Experience a fast and hassle-free installation!

Savings Calculation Example with Therminator

Scenario: Distillation Process

Scenario: A chemical plant in Finland requires 1 MW of heat for a distillation process.


Upheat Therminator
Electricity Required

Heat Output / COP = 1 MW / 2.8 = 0.36 MW

Electricity Cost

0.36 MW × 8,000 hours/year × 95€/MWh = 269,269 € per year

Maintenance Cost

10,000 € per year

Cost of CO2

0 € per year

Total Annual Cost

279,269 € per year

Gas Boiler
Natural Gas Required

1 MW × 8,000 hours/year = 8,000 MWh/year

Natural Gas Cost

1 MW × 8,000 MWh × 95€/MWh = 760,000 € per year

Maintenance Cost

10,000 € per year

Cost of CO2

439,200 € per year

Total Annual Cost

1,209,200 € per year

Annual Savings

1,209,200 € – 279,269 € =
929,931 € per year

Payback: ~1 year

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