Summary
The Drilling technology that is currently used for installation of vertical borehole heat exchangers requires capital-intensive equipment that is expensive to mobilize, leads to deteriorated working conditions and requires experienced teams of specialist operatives. Drilling operations also often require significant quantities of drinking quality water and dispose of dirty water and mud. GEOT€CH will employ a different drilling concept that is based on dry auger methods that requires less capital-intensive equipment, enhances safety and avoids the environmental risks, complexity and costs of dealing with water supplies and contaminated waste.
Another key concept of GEOT€CH will be a better integration between heat exchange elements during installation by developing an innovative heat exchanger allowing to achieve high levels of thermal performance with low pressure loss. This device employs a co-axial configuration and spiral fluid flow pathways to achieve low thermal resistance compared to conventional U-tube devices.
Furthermore, GEOT€CH aims to implement cost-effective geothermal systems by alleviating the costs associated with drilling boreholes in large size buildings. The GEOT€CH’s approach seeks the maximum use of the foundation structures that are otherwise required, exclusively, for structural and geotechnical purposes in tertiary buildings. Foundation structures such as piles, screen walls and basement slabs will become effective geothermal heat exchangers in GEOT€CH.
GEOT€CH will develop optimized hybrid solutions that will integrate the different geothermal systems in small and large buildings market. The optimization of geothermal system operation will be achieved with the Energy Management System and the development of a dual source heat pump capable of making optimal use of ground and/or air environmental heat sources. The GEOT€CH’s geothermal heating and cooling standard will be more attractive to design professionals and construction companies.
Another key concept of GEOT€CH will be a better integration between heat exchange elements during installation by developing an innovative heat exchanger allowing to achieve high levels of thermal performance with low pressure loss. This device employs a co-axial configuration and spiral fluid flow pathways to achieve low thermal resistance compared to conventional U-tube devices.
Furthermore, GEOT€CH aims to implement cost-effective geothermal systems by alleviating the costs associated with drilling boreholes in large size buildings. The GEOT€CH’s approach seeks the maximum use of the foundation structures that are otherwise required, exclusively, for structural and geotechnical purposes in tertiary buildings. Foundation structures such as piles, screen walls and basement slabs will become effective geothermal heat exchangers in GEOT€CH.
GEOT€CH will develop optimized hybrid solutions that will integrate the different geothermal systems in small and large buildings market. The optimization of geothermal system operation will be achieved with the Energy Management System and the development of a dual source heat pump capable of making optimal use of ground and/or air environmental heat sources. The GEOT€CH’s geothermal heating and cooling standard will be more attractive to design professionals and construction companies.
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/656889 |
| Start date: | 01-05-2015 |
| End date: | 30-04-2019 |
| Total budget - Public funding: | 9 025 458,75 Euro - 7 136 662,00 Euro |
Cordis data
Original description
The Drilling technology that is currently used for installation of vertical borehole heat exchangers requires capital-intensive equipment that is expensive to mobilize, leads to deteriorated working conditions and requires experienced teams of specialist operatives. Drilling operations also often require significant quantities of drinking quality water and dispose of dirty water and mud. GEOT€CH will employ a different drilling concept that is based on dry auger methods that requires less capital-intensive equipment, enhances safety and avoids the environmental risks, complexity and costs of dealing with water supplies and contaminated waste.Another key concept of GEOT€CH will be a better integration between heat exchange elements during installation by developing an innovative heat exchanger allowing to achieve high levels of thermal performance with low pressure loss. This device employs a co-axial configuration and spiral fluid flow pathways to achieve low thermal resistance compared to conventional U-tube devices.
Furthermore, GEOT€CH aims to implement cost-effective geothermal systems by alleviating the costs associated with drilling boreholes in large size buildings. The GEOT€CH’s approach seeks the maximum use of the foundation structures that are otherwise required, exclusively, for structural and geotechnical purposes in tertiary buildings. Foundation structures such as piles, screen walls and basement slabs will become effective geothermal heat exchangers in GEOT€CH.
GEOT€CH will develop optimized hybrid solutions that will integrate the different geothermal systems in small and large buildings market. The optimization of geothermal system operation will be achieved with the Energy Management System and the development of a dual source heat pump capable of making optimal use of ground and/or air environmental heat sources. The GEOT€CH’s geothermal heating and cooling standard will be more attractive to design professionals and construction companies.
Status
CLOSEDCall topic
LCE-03-2014Update Date
26-10-2022
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Organisations
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| SOLINTEL M&P SL (Coördinator)
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| ALMA MATER STUDIORUM-UNIVERSITA DI BOLOGNA
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| ARMENGOL & ROS CONSULTORS I ASSOCIATS SLP
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| COMSA INSTALACIONES Y SISTEMAS INDUSTRIALES SA
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| COMSA SAU
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| CONRAD STANEN BV
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| DE MONTFORT UNIVERSITY
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| FUNDACION TECNALIA RESEARCH & INNOVATION
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| GEOTHEX B.V.
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| GROENHOLLAND GEO ENERGIESYSTEMEN BV
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| HIREF SPA
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| KATHOLIEKE UNIVERSITEIT LEUVEN
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| RINA CONSULTING - CENTRO SVILUPPO MATERIALI SPA (CSM SPA)
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| RINA CONSULTING SPA
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| STUWA KONRAD STUKERJURGEN GMBH