DeKUT Geothermal Energy Training and Research Institute | About DeKUT Geothermal Energy Training and Research Institute | DeKUT Geothermal Energy Training and Research Institute Courses Offered and DeKUT Geothermal Energy Training and Research Institute Contacts…
About DeKUT Geothermal Energy Training and Research Institute
Background to Geothermal Energy
Geothermal energy is heat from within the earth. This heat is continuously being produced by processes in the subsurface and stored in rocks. When cold water comes into contact with these hot rocks, geothermal reservoirs are formed which when drilled into and fluids brought to the surface can be used to produce electricity, heat buildings and greenhouses and for other purposes. The most active geothermal resources are usually found along major plate boundaries where earthquakes and volcanoes are concentrated. The East African Rift Valley that runs through Eritrea, Djibouti Ethiopia, Kenya, Uganda, Tanzania, Rwanda, Burundi, Malawi, Zambia and Mozambique is endowed with enormous amounts of geothermal resources as manifested by volcanic eruptions and geothermal manifestations (hot springs, fumaroles, geysers). This indicates the presence of a remarkable geothermal potential in the region and therefore presents an opportunity for major geothermal power developments in these countries.
A good number of these East African countries have taken keen interest in the development of geothermal energy. Kenya is leading in the region in the development of this indigenous resource, largely due to government commitment and well trained workers. In fact, it is among the 1st ten countries in the world that generates electrical power from geothermal resources, currently standing at about 273 MWe against an estimated total potential of over10,000 MWe. Olkaria geothermal field is so far the largest potential site with current installed capacity of 269 MWe from three power plants owned by Kenya Electricity Generating Company (155 MWe) and Orpower4 (110 MWe) and Oseria (4 MWe). Production drilling is currently taking place at the Menengai geothermal field for 125 MWe power developments. Detailed exploration and drilling are planned for prospects in Suswa, Longonot, Baringo, Korosi, Paka and Silali volcanic fields.
Apart from electricity generation, geothermal resources are also being used directly. Some of the projects on direct use include the Oserian flower farm which has a 50-acre cut flowers farm under geothermal heated greenhouses using 18MWth. Other direct uses of geothermal energy in Kenya include a spa and swimming pool at Olkaria geothermal project and at Lake Bogoria. Other minor uses are for drying pyrethrum at Eburru and water harvesting at Eburru and Suswa.
Ethiopia follows Kenya in development of this resource. A 7.2 MWe net capacity pilot plant was installed in the country which operated for a short while before encountering operational difficulties that were essentially due to lack of appropriate field and plant management skills. In the last couple of years interest has again picked up. The Aluto Langano Power plant is being refurbished, more wells being drilled in this geothermal field and elsewhere in the country’s rift valley.
Zambia has had a mini geothermal pilot binary power plant of 200 KW capacity since the 1970’s which was installed on the basis of limited exploration work. The plant, however, never became operational due to lack of trained manpower. Plans are now in place to restore the plant and make it operational.
Djibouti has drilled about six exploratory wells in the Assal geothermal field and intercepted a very high temperature system. However, due to the high salinity of the encountered fluids, the resource development has been delayed, till funds are available to apply proposed technical solutions to the salinity problem.
Other countries in the region have carried various but limited reconnaissance surveys. The geo-scientific studies have resulted in identification of viable prospects in each of the countries which have been given priority for exploratory drilling. Rwanda is currently drilling its first exploration wells.
DeKUT Geothermal Energy Training and Research Institute Courses Offered
Programmes
Nairobi Campus
1.Master of Science degree in Geothermal Energy Technology
Minimum Entry Requirements
A holder of a Post Graduate Diploma in Geothermal Energy Technology from DeKUT, or an equivalent qualification, which is recognized by the University Senate as an adequate prerequisite for the Masters of Science in Geothermal Energy Technology, will join the program in the second year of study.
Mode of Study
Part time
Duration
2 years
2.Post Graduate Diploma in Geothermal Energy Technology
Minimum Entry Requirements
a) A holder of a Bachelor of Science degree of at least second class honours, upper division, or equivalent qualification in a related field, like Geosciences, Earth Sciences, Environmental Sciences, GeoSpatial Information, Physics, Chemistry, Mathematics which is recognized by the University Senate as an adequate prerequisite for the Post Graduate Diploma in Geothermal Technology.
b) A holder of a Bachelors of Science of an Engineering degree (in any field), with at least Second Class Honours, upper division, from a recognized University in Engineering disciplines or equivalent qualification in a related field, like Bachelor of Science degree in Mechanical Engineering, Electrical & Electronic Engineering, Mechatronics Engineering, Civil Engineering, Geomatics, Chemical Engineering or an Engineering degree which is recognized by the university senate as being of equivalent academic status.
c) A holder of a Bachelor of Science of a Science & Engineering degree, with Second Class honours- Lower division in the Engineering disciplines outlined above and with at least 2 years work experience.
Mode of Study
Part time
Duration
2 years
Program Structure & Duration
The program will consist of mandatory units in the first year. In the second year of study, the students will take specialized units in their respective discipline and a research thesis, after which, they graduate with a Masters degree in Geothermal Energy Technology.
Each calendar year will consist of Three (3) Trimesters. The first year of study shall be devoted to coursework, project and examinations. Four (4) units will be offered in each trimester.
The second year of study shall be devoted to course work in the first Trimester and carrying out of a research activity and its presentation as a thesis in the other Two (2) Trimesters.
a) The Master of Science degree programme shall take a minimum period of Twenty Four (24) calendar months.
b) No candidate for the Master of Science degree shall be registered as a full time student for more than thirty six (36).
c) Each candidate shall take a total of 12 mandatory units in the First year. The Masters candidates will take six units, from which Two (2) are mandatory units while Four (4) units are chosen from the elective courses. That is, a maximum of Two (2) units from generalized elective category, and the other units from specialised elective category.
Entry Requirements
The entry requirements will consider diverse disciplines for admission to the Geothermal Energy Technology programs, taking into account previous trainings and industrial experience.
The following shall be eligible for admission for the Master of Science degree in Geothermal Energy Technology:
a) A holder of a Bachelor of Science degree of at least second class honours, upper division, or equivalent qualification in a related field, like Geosciences, Earth Sciences, Environmental Sciences, GeoSpatial Information, Physics, Chemistry, Mathematics which is recognized by the University Senate as an adequate prerequisite for the Masters of Science in Geothermal Energy Technology.
b) A holder of a Bachelors of Science of an Engineering degree (in any field), with at least second class honours, upper division, from a recognized University in Engineering disciplines or equivalent qualification in a related field, like Bachelor of Science degree in Mechanical Engineering, Electrical & Electronic Engineering, Mechatronics Engineering, Civil Engineering, Geomatics, Chemical Engineering or an Engineering degree which is recognized by the university senate as being of equivalent academic status.
c) A holder of a Bachelor of Science of a Science or Engineering degree, with Second Class honours- Lower division in the Engineering disciplines outlined above and with at least 2 years work experience.
d) A holder of a Post Graduate Diploma in Geothermal Energy Technology from DEKUT, or an equivalent qualification, which is recognized by the University Senate as an adequate prerequisite for the Masters of Science in Geothermal Energy Technology, will join the program in the second year of study.
Examinations
a) A candidate for the Masters of Science in Geothermal Energy Technology program shall be required to pass examinations in all units in the first year of study before proceeding to the second year.
b) Each unit shall be examined at the end of the trimester, in which it is offered, in a three hour written examination paper except in units taken as projects for which examination shall be by presentation or written reports.
c) The written examinations shall constitute 60% of the overall mark in each unit. The other 40% shall be made up of continuous assessment which shall comprise tests, practicals, assignments and projects or laboratory work. Or a unit can be all 100% practical.
d) Each unit shall be graded out of 100 marks and the pass mark for each unit shall be 50%.
