Big temperature jumps in one single step
It’s elementary: converting waste heat into industrial process heat
Capturing waste heat
Steam, hot liquid and vapours contain a lot of residual energy that is now released in the atmosphere – either directly or via cooling. The QHT can absorb waste heat down to 80 °C.
Transforming waste heat
The captured low temperature waste heat is transformed into high temperature process heat, using a physicochemical reaction. No electricity is needed to drive the temperature lift.
Delivering New Energy
We recover 50% of your residual heat and transform it into new process heat with temperatures of up to 210 °C. Our technology is applicable on megawatt scale.
Refining
Increase your energy efficiency reusing waste heat
Aside from the attractive financials, Qpinch offers solid operational benefits to help you reach your decarbonisation targets without taxing your functional continuity. Our QHT is innovative technology that can be efficiently integrated on any site. Find out more about the actual implementation process.
Minimal maintenance
A QHT installation is built with industry standard components and uses no rotating parts or compressors, making the installation highly efficient, with low-maintenance requirements.
Safety compliance & sustainability
All industries we serve have strict safety regulations, which our project teams are well equipped and trained to handle. QHT is safe and proven technology, with 14 years of R&D and without chemical consumption or use of expensive catalysts.
Modular & flexible Tech
The QHT can cope with a wide range of heat fluctuations, both in duty and temperature, with limited need for operator intervention. The modular design allows for the combination of multiple heat sources and swift capacity expansion by numbering or scaling up.
Low OpEx - high yield
The combination of marginal electricity requirements and low-maintenance demands of the QHT installation, results in the most efficient process steam output per euro spent: 40kW of electricity per MW steam.
A breakthrough inspired by nature
