Text Box: BACKTHERMAL ENGINEERING

 

Gasification and Combustion

TEISLEVenergy presently participates in 2 Projects related to Gasification and Combustion of biomass and other Waste Materials:

  1. Development of an advanced Technology for Heat Recovery in Boilers and Gasification plants – including novel applications for Water based Packed Bed scrubbers and heat exchangers. This is carried out within the frame of part time employment in a Company, where Bjorn Teislev has an agreement

 

Supercritical Water

TEISLEVenergy presently participates in a project with a major manufacturer related to use of water under extreme pressure:

  1. A development project aimed at the conversion of waste water sludge (about 200 kg/h) into bio fuel under sub-critical conditions – the project is currently at standby – mainly because of the international financial crisis

 

Misc’l Projects

  1. Participates as technological advisor for a group of (so-called) “Business Angels” aimed at defining Business Ventures
  2. A project aimed at the development of a new Freshwater Generator Technology and at improvement of State of the Art Freshwater Technology is carried out with a major manufacturer
  3. Participates in the development of improved Ballast Water Management Technology with a major marine equipment manufacturer
  4. Development of software for the simulation of domestic heat pumps using the soil and ambient air as heat sources

 

Previously

TEISLEVenergy in 2005 – in cooperation with a major UK Off-shore Consulting Engineering Company – designed 6 large (gas engine exhaust heated) cross-flow heat exchangers for adjusting the utility grid temperature of evaporated liquid gas (capacity each about 20 kg/s of gas)

TEISLEVenergy in 2005/6 participated in a process development project aimed at cleaning hazardous contaminants from Waste Water (about 50 kg/h) under supercritical conditions

TEISLEVenergy in 2006/7 – in cooperation with The Technical University of Denmark and a Danish boiler manufacturer carried out a demonstration project aimed at the use of a novel (about 700 kW fuel input) woodchips gasiifier technology for powering a gas engine

TEISLEVenergy in 2005/9 – in cooperation with The Technical University of Denmark – developed basic software for simulation of Updraft Gasifiers

TEISLEVenergy in 2007/8 participated in a development project aimed at use of an (about 600 kW fuel input) updraft woodchips gasifier for firing a Combined Heat and Power (CHP) Stirling engine based system