Mwagomba, T., 2016: Preliminary technical and economic feasibility study of binary power plant for Chiweta geothermal field, Malawi. Report 1, 78 pp.
Otieno, V.O., 2016: Borehole Geology and Sub-Surface Petrochemistry of the Domes Area, Olkaria Geothermal Field, Kenya, In Relation to Well Ow-922. Report 2, 84 pp.
Mbithi, U.K., 2016: Interpretation of Feed Zones to Map Sub-Surface Permeability Structures and Natural State Simulation: A Case Study of Olkaria Domes Geothermal System in Kenya. Report 3, 54 pp.
Mgejwa, N.M., 2016: Sub-surface geology, petrochemistry and hydrothermal alteration of Wells MW-03, MW-09 and MW-20 from Menengai geothermal field, Kenya. Report 4, 111 pp.
Munyiri, S.K., 2016: Structural Mapping of Olkaria Domes Geothermal Field Using Geochemical Soil Gas Surveys, Remote Sensing and GIS. Report 5, 64 pp.
Worku Sisay, S., 2016: Sub-Surface Geology, Hydrothermal Alteration and 3d Modeling of Wells La-9d and La-10d in the Aluto Langano Geothermal Field, Ethiopia. Report 6, 95 pp.
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Abera Kebede, B. (2016). Geology, hydrothermal alteration and structures of well HE-59, Hellisheidi Geothermal Field, SW-Iceland. Report 8. 
Apiyo, W.A. (2016). Centralised monitoring and control dispatch centre for the geothermal wellhead power plants in Kenya. Report 9. 
Arenivar Marroquín, B.A. (2016). Environmental considerations in production tests and geothermal wells stimulation. Report 10. 
Békés, Z.G. (2016). Geothermal district heating modelling for typical Hungarian residential buildings in Debrecen. Report 11. 
Boda, K.P. (2016). Fostering geothermal development in Hungary: Opportunities and bottlenecks. Report 12. 
Fekadu Biru, M. (2016). Analysis of well testing, temperature and pressure in high temperature wells of Aluto Langano, Ethiopia. Report 13. 
Foghis, A.G. (2016). Geothermal development opportunities in Oradea. Report 14. 
Gitobu, G.G. (2016). Model organic Rankine cycle for brine at Olkaria geothermal field, Kenya. Report 15. 
Hassan Abdallah, F. (2016). Monitoring micro-earthquakes in a geothermal field. Report 16. 
Houssein Hassan, R. (2016). Geochemical interpretation of thermal water and gas samples from Lake Abbe, Djibouti. Report 17. 
Josephat, S. (2016). Geothermometry and quantifying of mixing and water-rock interactions in the Ngozi geothermal field, SW-Tanzania. Report 18. 
Kachumo, M.K. (2016). Financial viability of developing 35 MW of geothermal power at Menengai field, Kenya. Report 19. 
Kahutu, J.K. (2016). Challenges of directional well drilling in Kenya: Case study of Olkaria, Kenya and Theistareykir, Iceland geothermal fields. Report 20. 
Kalimbia, C.J. (2016). Business case of Ngozi geothermal power project, Mbeya, SW-Tanzania. Report 21. 
Keter, H.K. (2016). Methodology for optimizing pipeline route selection, separator and power plant placement in geothermal projects - Case of Olkaria IV in Kenya. Report 22. 
Kovács, A. (2016). Electromagnetic exploration of the Eyjafjördur low temperature geothermal area, N-Iceland. Report 23. 
Leech, C.N. (2016). Modelling the geochemical effects of geothermal fluid injection in the Olkaria geothermal field, Kenya. Report 24. 
Lkhagvasuren, S. (2016). Resistivity surveying in geothermal exploration with an application to the Eyjafjördur low-temperature area, N-Iceland. Report 25. 
Lup, A.E. (2016). Borehole geology, hydrothermal alteration and structure of well SV-26 in the Svartsengi Area, SW-Iceland. Report 26. 
Medgyesy, A. (2016). Cogeneration of power and heat in Hungary. Report 27. 
Njoroge, D.W. (2016). Monitoring and evaluation framework for geothermal projects: Olkaria I Unit 6, Kenya. Report 28. 
Nzayisenga, T. (2016). The basis for well design and drilling program for geothermal exploration in Kinigi, Rwanda. Report 29. 
Odongo, D.W. (2016). Optimised pipeline route design for connection of a make-up production well: Case study of well OW-906 for Olkaria IV power plant, Kenya. Report 30. 
Pásztor, D. (2016). Model review and sensititvity analysis of the Sárospatak reservoir model, NE-Hungary. Report 31. 
Petrica, V.C. (2016). Common geothermal well design and a case study of the low-temperature geothermal reservoir Otopeni, Romania. Report 32. 
Pham, D.L. (2016). Chemistry of geothermal fluids in Dienbien and Sonla Provinces, North-West Vietnam. Report 33. 
Pilicita Masabanda, B.F. (2016). A 3D model of the Chachimbiro geothermal system in Ecuador using Petrel. Report 34. 
Range, E.N. (2016). EIA of geothermal exploration in Tanzania: The laws and regulations, EIA process and preliminary EIA of exploration drilling in Ngozi area, SW-Tanzania. Report 35. 
Revilla Vargas, D.M. (2016). Analysis of bit operations: Laguna Colorada geothermal project. Report 36.
Saber, N. (2016). Feasibility of private sector's participation in geothermal power generation in Iran. Report 37.
Sembatya, E.N. (2016). Borehole geology, hydrothermal alteration and structural mapping of WEll HE-30, Hellisheidi, SW-Iceland. Report 38.
Tanase, I.E. (2016). Geothermal reinjection in sedimentary basins. Report 39.
Unyi, Z.E. (2016). Geothermal reservoir model of Dombóvár area, SW-Hungary. Report 40.
Wang, W. (2016). Modelling of tracer tests in a geothermal reservoir in Tianjin, China. Report 41.
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