Fields & Acquisitions
Mantlepower Geothermal is developing and prospecting the following geothermal fields. The geothermal fields are all high enthalpy energy-rich fields of either DeepGeo or MagmaGeo type.
We are also constantly looking for acquisition opportunities: specifically operational plants, or developed geothermal wells, see below.
Germany
Be E Geothermal Field: A MagmaGeo field with interesting properties. The first stage of development will be a 600MWe Nameplate plant. The plant will produce electricity and hydrogen.
Be See Geothermal Field: A MagmaGeo field with interesting properties. The first stage of development will be a 600MWe Nameplate plant. The plant will produce electricity and hydrogen.
Greece
Be Kay Geothermal Field: the world’s first offshore MagmaGeo field with extensive energy potential. The first stage of development will be a 1 200MWe Nameplate plant that can be further developed. The plant will produce electricity and hydrogen.
Iceland
Be A Geothermal Field: A MagmaGeo field with extensive energy potential. The first stage of development will be a 1 200MWe Nameplate plant that can be further developed. The plant will produce electricity and hydrogen and form a part of the production for the Atlantic Link Project.
Be V Geothermal Field: A MagmaGeo field with extensive energy potential. The first stage of development will be a 1 200MWe Nameplate plant that can be further developed. The plant will produce electricity and hydrogen and form a part of the production for the Atlantic Link Project.
Italy
Be Cee Geothermal Field: A MagmaGeo field with extensive energy potential. The first stage of development will be a 1 200MWe Nameplate plant that can be further developed. The plant will produce electricity and hydrogen.
Be I Geothermal Field: A MagmaGeo field with extensive energy potential. The first stage of development will be a 1 200MWe Nameplate plant that can be further developed. The plant will produce electricity and hydrogen.
Be Ant Geothermal Field: A MagmaGeo field with extensive energy potential. The first stage of development will be a 1 200MWe Nameplate plant that can be further developed. The plant will produce electricity and hydrogen.
Sweden
Be One Geothermal Field: A DeepGeo field in the thin crust area of the Southwest Scania region. The Company is prospecting and developing a 600MWe Nameplate power plant here. The plant will be of a hybrid type producing electricity, space heating and hydrogen.
Tanzania
Be Home Geothermal Field: A MagmaGeo field with extensive energy potential. The first stage of development will be a 1 200MWe Nameplate plant that can be further developed. The plant will produce electricity and hydrogen and completely transform Tanzania.
United Kingdom
Be He One Geothermal Field: A DeepGeo field with interesting properties. The first stage of development will be a 600MWe Nameplate plant. The plant will produce electricity and hydrogen.
Be He Too Geothermal Field: A MagmaGeo field with interesting properties. The first stage of development will be a 600MWe Nameplate plant. The plant will produce electricity and hydrogen.
Acquisitions
We are also interested in acquiring decommissioned and resting wells to develop into high enthalpy power production units.
Mantlepower Geothermal is currently scanning the market for existing geothermal plants that can be redeveloped into high enthalpy fields using our technological expertise to increase power output.
Please feel free to contact us with propositions.