| | Capital from EGJ Development Ltd., SEED Capital and Vaekstfonden is to bring Stirling Denmarks engines – and thereby environmentally friendly energy – the final way to the World market. The technology is developed at the Technical University of Denmark and will deliver CO2 neutral electricity and heat.
Three investors now provide capital to the company Stirling Denmark that develops, produces, and sells CO2 neutral combined heat and power plants based on Stirling engines fired with biomass in the form of wood chips and wood pellets.
- The technology works, the sales are moving and the company has a unique position on the World market, where no other technology is capable of delivering small combined heat and power units for biofuels for this segment. This looks to be a breakthrough for a CO2 neutral technology suitable for electricity generation, says board member of Stirling Denmark, Søren Houmøller, Director for EGJ Development Ltd.
EGJ Development Ltd. is one of the three investors and provides capital together with SEED Capital and Vaekstfonden. Besides the provision of equity from these investors, Stirling Denmarks receives research and development funding from Energinet.dk.
Professor Henrik Carlsen from the Technical University of Denmark (DTU) has lead the research and development since it started more than 10 years ago.
Professor Carlsen, who formed the company together with DTU Innovation, continues as professor at DTU and will be associated with the company as responsible for the future development of the technology. A commercial CEO will be employed as soon as possible in the company, which aims for a turnover of approx. 20 mill. € in 5 years.
The board of directors will be Søren Houmøller, Director, EGJ Development Ltd., Peter Tøttrup, partner, SEED Capital, and Henrik Carlsen, Stirling Denmark.
A Stirling engine can be compared to an ordinary combustion engine with the difference that the combustion does not take place within the cylinder, but in an externally heated combustion chamber.
The heat is then transferred to the cylinder through a heat exchanger. Due to the internal combustion, a regular combustion engine requires a very clean fuel like gas, petrol or diesel, while a Stirling engine with external combustion is capable of handling difficult fuels like wood chips. |