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Lagat, J.K. Geology, hydrothermal alteration and fluid inclusion studies of Olkaria Domes geothermal field, Kenya. MSc thesis, report 1, 79 pp.
Wetang’ula, G.N. Assessment of geothermal wastewater disposal effects, case studies: Nesjavellir (Iceland) and Olkaria (Kenya) fields. MSc thesis, report 2, 84 pp. |
Asaye, M. Methods to evaluate flow and scaling in geothermal systems with reference to the case: Aluto Langano power plant, Ethiopia. Report 3, 1-24.
Burentsagaan, B. Geothermal evaluation of the Geldinganes area in SW-Iceland and proposal for assessment of the Shivert hot spring area in Mongolia. Report 4, 25-56.
Chelnokov, G. Interpretation of geothermal fluid compositions from Mendeleev volcano, Kkunashir, Russia. Report 5, 57-82.
Ganbat, E. Geothermal investigations at the Ásgardur farm, Reykholtsdalur, W-Iceland. Report 6, 83-98.
Jalili-Nasrabadi, S. Geothermal district heating and swimming pool in the Sabalan area, Iran. Report 7, 99-130.
Lei Haiyan. Simulation of district heating in Tianjin, China. Report 8, 131-158.
Li Junfeng. Environmental impact of geothermal development in Tianjin, China. Report 9, 159-182.
Luo Heng. Preliminary environmental impact assessment for the Hágöngur high-temperature area, Central Iceland. Report 10 183-208.
Moeljanto. Evaluation of the environmental impact at the Kamojang geothermal field in Indonesia applying the EMS of ISO 14001. Report 11, 209-238.
Mwawongo, G.M. Infield re-injection strategies in Olkaria Kenya, based on tracer studies and numerical modelling. Report 12, 239-266.
Ogola, P.F.A. Appraisal drilling of geothermal wells in Olkaria Domes (IV), Kenya - Baseline studies and socioeconomic impacts. Report 13, 267-306.
Omer I., M. Geothermal manifestations and structures in Innstidalur and Middalur, SW-Iceland. Report 14, 307-324.
Seifu, A. Evaluation of recent temperature and pressure data from wells in Tendaho geothermal field, Ethiopia and from well HG-1 at Hágöngur, Iceland. Report 15, 325-348.
Siregar, P.H.H. Optimization of electrical power production process for the Sibayak geothermal field, Indonesia. Report 16, 349-376.
Xu Wei: Application of geochemical methods in low-temperature geothermal areas: Strandir area, NW- Iceland and the Liangxiang field, Beijing, China. Report 17, 377-402.
Yohannes B.,E. Geochemical interpretation of thermal water and gas samples from Krýsuvík, Iceland and Alid, Eritrea. Report 18, 403-438.
Yousefi-Sahzabi, H. Application of GIS in the Environmental Impact Assessment of Sabalan geothermal field, NW-Iran. Report 19, 439-474.
Zuhro, A.A. Numerical modelling of the Kamojang geothermal system, Indonesia. Report 20, 475-492.
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