1. Analysis on the technical and economical consequences by CHP systems based on renewable energy in new areas with lowered useful heat demand or after energy conservation measures in areas with older buildings. Edward Latosov / Andres Siirde Tallinn University of Technology 2007 Lund

2. Mechanical Engineering (Thermal Engineering): Doctor of Philosophy Program in Estonian Stage of studies: Doctor's studies Program capacity: 160 credit points Nominal study period: 4 years Degree awarded: Doctor of Philosophy; abbr. – PhD. Other requirements: For the doctoral thesis, at least 3 scientific ……………………………...articles have to be published Mathematical Techniques for Optimal Design Unconventional Fuels and Power Sources Energy Economy and Energy Planning Fuel Burning New Technologies & Combined Thermal Power Plants Optimisation Problems of Heating Systems … Title of courses: Study in TUT. Short overview

3. PhD-study basic information create a computational model to estimate economical and technical profitability to build a combined heat and power plant based on renewable fuels in Nordic/Baltic Sea Region countries taking into account the local conditions. estimate an expediency to use one or the other CHP technology based on renewable/local biofuels, take into account local conditions, to provide enhanced selection of CHP technology, biofuel and carry out economical calculations, make a decision to invest into new CHP units and to convert small heating units to CHP production. Planed computational model helps to: The goal of PhD thesis: heat and power engineers, enterprises with high heat/steam demand, businessman, local government. Planed computational model is targeted to:

4. PhD-study basic information help to expand the market for district heating based on energy production by Combined Heat and Power (CHP), help to increase the use of renewable energy to reduce the import dependency of fossil fuels, help to reduce CO2-emission to the atmosphere. The research works possible influence to the primary energy efficiency enhancing

5. Visual system model

6. Time schedule - scientific articles - small scale steam engines / Ranotor, Sweden - stirling engines, other CHP technologies / BIOS BIOENERGIESYSTEME, Graz University of Technology, … POSSIBLE VISITS other possible visits shall be specified later

7. THANK YOU FOR YOUR ATTENTION