The GeoAtlantic project aims to:
- Encourage transition away from fossil fuel dependence;
- Promote the use of renewable energy from the ground; and
- Facilitate uptake of geothermal energy or ground source heat technologies.
For further information on the project and if you have any questions related to funding opportunities, contact Lynda Mitchell (email@example.com 07901 510915, or via the ALIenergy office number 01631 565183.
What is Geothermal energy?
Geothermal energy is energy stored beneath the earth’s surface in the form of heat. It can be used to heat homes, office buildings and to generate electricity.
Benefits of geothermal energy:
- Carbon free
- Uninterrupted energy source
- Local resource
- Stable cost, no fluctuation as with gas or oil
- Low maintenance costs
- Energy security
- Little footprint at ground level
It’s not new, geothermal has been around for as long as people have been able to take advantage of it. Humans have been using geothermal energy in the form of hot springs and steam geysers for bathing and agriculture for hundreds of years.
Geothermal is set to become a popular option in the renewable energy mix. The Scottish Government has “identified deep geothermal energy as an important emerging renewable energy technology that could have the potential to play a significant role in Scotland’s future energy provision”.
The following videos are excellent explanations of geothermal possibilities.
Geothermal Energy in Scotland
The Geothermal Energy Challenge Fund supported 4 feasibility studies to explore the potential of geothermal resource sites in Fife, North Lanarkshire, Aberdeen City and Aberdeenshire. The completed Geothermal Energy Challenge Fund feasibility studies have now been published and can be found in the links below:
Ground source heat pumps (GSHPs) use pipes that are buried underground to extract heat from the ground, which is then used to heat radiators, underfloor or warm air heating systems and hot water.
A ground source heat pump circulates a mixture of water and antifreeze around a loop of pipe, called a ground loop, which is buried underground. Heat from the ground is absorbed into the fluid. The fluid then passes through a compressor that raises it to a higher temperature, which can then be used to heat water for heating and hot water circuits. As the ground stays at a fairly constant temperature under the surface, the heat pump can be used throughout the year.
The Ground Source Heat Pump Association (GSHPA) has some useful information and interesting case studies.
Water Source Heat Pumps work in a similar way but with the loops of pipe immersed in water rather than buried in the ground.
ALIenergy’s GeoAtlantic Demonstrator Project: Feasibility and design work for ground or water source heat pump systems for use in buildings owned by Scottish Canals, many of which are situated adjacent to canal waterways.
Working with Scottish Canals, this study, conducted by technical consultants Turner Services, looked at several hundred buildings across the Scottish Canals Estate, and shortlisted those most suitable. Because most of the buildings are right beside the water, we were looking in particular for opportunities to install water source heat pump systems.
The study showed that the total annual carbon emission reduction if the top ten buildings had heat pumps installed would amount to over 10% of Scottish Canals total emissions. Water source heat pumps were identified as the best solution in two of the top ten buildings. In others, air source heat pumps were discovered to be a cheaper option. The project has shown the potential for water and ground source heat pumps and other renewable energy alternatives across the Scottish Canals estate, and also highlighted the importance of a ‘fabric first’ approach to energy efficiency and carbon footprint reductions.
More information on GeoAtlantic
EU Partner Organisations in France (FR), Ireland (IE), Portugal (PT), Spain (ES), and the UK: