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Preface This thesis is a result of a doctoral study carried out at the Norwegian University of Science and Technology (NTNU), Department of Energy and Process Engineering during the period 2000-2004. I am grateful to the following institutions and companies, which provided funding and granted various types of equipment for the experimental work: ♦ The Research Council of Norway – funded my doctoral scholarship through the doctoral programme “Energy for the Future”. ♦ SINTEF Energy Research, Department of Energy Processes – funded the construction of the prototype CO2 heat pump unit. ♦ Sanyo Ltd (Japan) – granted the rolling piston CO2 compressor. ♦ Satchwell Norge AS – granted the Satchwell data acquisition system. ♦ Høiax Norge AS – granted several single-shell hot water tanks. ♦ Båsum Boring Trøndelag AS – drilled the energy well and installed the brine system for the pilot house. I would like to thank my supervisors, Professor Arne M. Bredesen, Professor Jostein Pettersen and Associate Professor Rolf Ulseth at NTNU, Department of Energy and Process Engineering, for their assistance during my doctoral study. I am also grateful to the following colleagues at NTNU and SINTEF for their assistance (in alphabetical order): ♦ Arvid Almenning – for assistance during manufacturing of the CO2 heat exchangers as well as other kinds of assistance. ♦ Jostein Bakken – for assistance regarding the measuring equipment. ♦ Martin Bustadmo – for assistance during manufacturing of the CO2 heat exchangers as well as other kinds of assistance. ♦ Stewart Clark – for assistance in editing this thesis. ♦ Trygve M. Eikevik – for making it possible to fund and construct the prototype CO2 heat pump unit. vPDF Image | Residential CO2 Heat Pump System for Combined
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