GEORG supported research projects through open calls during the first phase of the cluster formation and funded research of 22 Icelandic collaborative projects. These initiatives then formed a basis for two large ventures that combined the results from these projects, namely Deep Roots of Geothermal Systems (DRG) and Waste 2 Value (W2V) and some of the projects are still developing their ideas and being transformed to the new activities.
Soon on the GEORG website, we will post the Success Stories of these collaborations.
Below list of 22 projects
supported by open calls
The TOUGHREACT project is a numerical simulation program developed at Lawrence Berkeley National Laboratory (LBNL).
The Geothermal Engineering Integrating Mitigation of Induced Seismicity in Reservoir GEISER project worked specifically on developing a better understanding of the key parameters that control induced seismicity in response to an injection.
HYDRORIFT is a subproject of the French GEOFLUX which develops cooperation between French and Icelandic groups of scientists to study seismicity and its relation to geothermal activity on the eastern part of the Reykjanes Peninsula in SW Iceland.
This project studied a two-phase flow in geothermal reservoirs, both theoretically using mathematical models and by conducting experiments on such flow situations.
Geothermal resources are classified as renewable, but are a combination of an energy current and vast stored energy.
This project deals with grouts for cementing steel casings in geothermal wells where high temperature and high pressure prevail (geothermal grout).
The object of the project was to map the resistivity structure of the Grímsvötn geothermal system in detail using (far-) off-central TEM soundings (a variation of the LOTEM method).
The objective of the project focuses on a functional and economically viable solution to the problem of hydrogen sulphide exhaust from geothermal power plants.
The project placed emphasis on establishing an inverse modeling methodology to use on three different aspects of geothermal power development.
The overall objective of the CarbFix project developed an industrial solution for mineral sequestration of CO2 in basalt, and trained young scientists to carry this knowledge into the future.
The project is a comprehensive Icelandic and USA cooperation under the International Partnership for Geothermal Technology (IPGT) agreement.
The aim of the project is to implement sustainable warm water aquaculture in Iceland utilizing local resources, building an ecological food park based on integrated systems with polyculture, aquaponics, tailored feed from local raw materials and added value food production with the focus on healthy and safe food for export.
This project is aimed at defining the character of the Hengill geothermal system with special emphasis on integrating the various geological and geophysical borehole data.
This project evaluates appropriate cycle and equipment selections for the utilization of supercritical or high superheat geothermal resources.
The first stage of the project consisted of compiling and collecting data on the utilization of geothermal resources from the National Energy Authority (NEA) for the period 1994-2009.
The overall goal of the project was to design and build a photo bioreactor-based algae factory utilizing geothermal energy in an efficient manner to fix CO2 into valuable chemicals that are produced from algae.
Sustainable utilization of geothermal energy means that it is produced and used in such a way that it is compatible with the well-being of current and future generations as clearly illustrated by the United Nations Sustainable Development Goals and the Sustainable Energy for All Initiative.
The project investigated chemical changes and rock alteration in vicinity to magma near the roots of active geothermal systems with the aim of improving the understanding of the interaction between the magmatic and hydrothermal system.
The goal of the study is to develop and test a methodology that can be used to conduct an economic valuation of the environmental costs of geothermal utilization.
H2S is commonly emitted into the atmosphere from geothermal power plants, causing potential environmental problems.
Preventive Maintenance (PM), Condition-Based Maintenance (CBM) and Corrective Maintenance (CM) methods are commonly applied in geothermal power plants (GPP) and each has its strengths and weaknesses when applied to different maintenance scenarios.