Opondo, K., 2006: Corrosive species and scaling in wells at Olkaria, Kenya and Reykjanes, Svartsengi and Nesjavellir, Iceland. UNU-GTP, report 2, 76 pp.
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Ahmadi Nassirabad, A. Civil works in geothermal drill site. Report 4, 1-20.
Angcoy, E.C. Jr. An experiment on monomeric and polymeric silica precipitation rates from supersaturated solutions. Report 5, 21 - 50.
Atas, Ö.C. Geochemical and isotopic studies of the thermal waters from the Tröllaskagi field, N-Iceland. Report 6, 51 - 82.
Bandoro Swandaru, R. Thermodynamic analysis of preliminary design of power plant unit I Pathua, W-Java, Indonesia. Report 7, 83 - 119.
Barrantes, M.V. Geo-environmental aspects for the development of the Pailas Geothermal field, Guanacaste, Costa Rica. Report 8, 121 - 151.
Cisne Altamirano, J.I. Sampling and analyses of geothermal steam and geothermometer applications in KraflaTheistareykir, Reykjanes and Svartsengi, Iceland. Report 9, 153 - 169.
Ibrahimova Shahmar, I. Application of GIS to available information on thermal waters in Azerbaijan Republic and usefulness for environmental assessment. Report 10, 171 - 196.
Javzan, S. Geothermal project development with a case study from Tsetserleg, Mongolia. Report 11, 197 - 218.
Mainza, D. The chemistry of geothermal waters in SW Uganda. Report 12, 219 - 244.
Mayalla, J.W.M. Geothermal mapping in the Hromundartindur area, SW-Iceland. Report 13, 245 - 260.
Ndege, J.W. Maintenance challenges of a geothermal power station: A case for Olkaria II power plant, Kenya. Report 14, 261 - 290.
Nyagah, E.M. Hydrogen sulphide dispersion and modelling for Nesjavellir power station using Gaussian and numerical models. Report 15, 291 - 314.
Okedi, J.P.O. Reservoir evaluation of the Ölkelduháls geothermal field, Hengill area, SW-Iceland. Report 16, 315 - 355.
Pendon, R.R. Borehole geology and hydrothermal mineralisation of well HE-22, Ölkelduháls field, Hengill area, SW-Iceland. Report 17, 357 - 390.
Rakhshani Moghaddam, A. A conceptual design of geothermal combined cycle and comparison with single flash power plant for well NWS-4 in Iran. Report 18, 391 - 428.
Rodríguez Badilla, A. Amorphous iron silicate scales in surface pipelines: Characterization and geochemical constraints on formation conditions in the Miravalles geothermal field, Costa Rica. Report 19, 429 - 452.
Tesha. Utilization of brine water for copra drying in Lahendong geothermal field, Indonesia. Report 20, 453 - 470.
Tsend-Ayush, N. Resistivity survey in the Hengill area, SW-Iceland. Report 21, 471 - 500.
Wang Wei. Geochemical study of the Xianyang low-temperature geothermal field, Shannxi province, China. Report 22, 501 - 522. 
Yang Quanhe. Reservoir evaluation for the Lishuiqiao-Beiyuan geothermal system in Beijing, China, based on a six years production. Report 23, 523 - 546.
Yani, A. Numerical modelling of the Lahendong geothermal system, Indonesia. Report 24, 547 - 580. |