The overall objective of DryFiciency project is to lead the European energy intensive industry to high energy efficiency and a reduction of fossil carbon emissions by means of waste heat recovery.
DryFiciency´s vision is to foster competitiveness, improve security of energy supply and promote sustainable production in Europe by mainly focusing on the application of heat pump in industrial drying and dehydration processes of the agricultural, ceramic and pet feed industry.
The ultimate goal of DryFiciency project is to elaborate technically and economically viable solutions for upgrading idle waste heat streams to process heat streams at higher temperature levels up to 160 °C.
In the course of four years, DryFiciency aims to develop and demonstrate two high-temperature industrial heat pump systems for waste heat recovery expected to:
- save up to 80% of energy in industrial drying processes,
- reduce CO2 emissions up to 75% and
- reduce cost of production up to 20%/kg product.
By offering replicable and adaptable technology for both newly constructed plants and existing plants, DryFiciency aims to pave the way for high temperature heat pumps in energy intensive European industries. To do so, the heat pumps will be demonstrated under real production conditions at TRL 7 in industrial drying processes in two leading European industrial companies: Agrana Stärke and Wienerberger.
“Although these companies are very careful with operational and investment costs, they are also willing to invest in new technologies to bring them closer to
Under the scientific lead of the AIT Austrian Institute of Technology, the first industrial high- temperature heat pumps were put into operation and tested in
Drammen council in Norway uses EU heat pump technology to valorise waste Drammen, a rural municipality in Viken, Norway, with a population of around 66,000