DEEP GEOTHERMAL ENERGYPresentation to Dublin Chamber of Commerce14th April 2011
About GT EnergyGT Energy brings together leading technology, engineering and construction service providers in the geothermal energy sectorGT Energy is recognised as a leader in the development of deep geothermal energy projects in both Ireland and the UK.
ACHIEVEMENTS TO DATEMilestonesFull planning permission receivedTPA with ESB InternationalDrafted geothermal legislation in Ireland
CURRENT PROJECTSPipeline of projects developed to include;35MWth3.5MWe
What is geothermal energy?Is a natural form of renewable energyIs energy generated from the decay of natural materials at the earths coreEstimated temperature of the earths core is 6,000 CHarnessed for centuries      throughout the worldRemains largely untapped4,000times the earth’s energy needs could be met by geothermal energy
How is geothermal energy harnessed?DrillingA geothermal well doublet system drilled to a depths of up to 5,000 metresExtractionHot geothermal fluids are pumped to the surface through a production well;Heat ExchangeThe heat is extracted through a heat exchanger and transferred to a working fluid
The cooled geothermal fluid from the heat exchanger is returned to the geothermal reservoir through a re-injection wellDistributionElectricity, to a grid
Heat44312
What can it be used for?Provision of heat to district heating schemesGeneration of electricityHeat supply to large horticulture growersHeat supply to large Universities, HospitalsDistrict coolingCooling for large data centresGeothermal Energy
Low visual impact, ideal for urban locationsTHE BENEFITSLow visual impact makes it ideal for urban locationsIt is not dependent on climatic conditions such as wind and solarIt is an indigenous supply of sustainable energy that enables governments to overcome security of supply riskIt is not subject to fuel price volatilityHas minimum visual impact on the surroundsAssists governments achieve energy and emission targetsIt is a proven technology unlike many other renewable technologies
GEOTHERMAL ENERGY AROUND EUROPEIceland421MWe 1900MWthGermany7MWe 180MWth400 MWe projects on-going in the EUFrance15MWe 310MWthAustria1MWe 50MWthPortugal23MWe 30MWthTurkey38MWe 1,177MWthItaly811MWe 500MWth
GEOTHERMAL ENERGY DEVELOPMENT GERMANYInitial development framework put in place in 2001Industry kick started in earnest in 2009 after revision of development framework€4bnprojects under development currently
PullachimIsartalDrilling rig on site 24/7Commenced 2004Two boreholes 3,500mTemp. >1000CCreation of 550 jobsReduction of CO2 16,000t p.aSecurity of energy supplyUnderground energy centre
IRELAND2004 SLR funded by SEI undertook a resource assessment of Ireland  Identified the Blackrock to Newcastle fault line
NEWCASTLE, Co. DUBLINDrilling commenced 2007
Part funded by Sustainable Energy Ireland
Water with temperatures of 46.2°C at 1400 m

Deep Geothermal Energy

  • 1.
    DEEP GEOTHERMAL ENERGYPresentationto Dublin Chamber of Commerce14th April 2011
  • 2.
    About GT EnergyGTEnergy brings together leading technology, engineering and construction service providers in the geothermal energy sectorGT Energy is recognised as a leader in the development of deep geothermal energy projects in both Ireland and the UK.
  • 3.
    ACHIEVEMENTS TO DATEMilestonesFullplanning permission receivedTPA with ESB InternationalDrafted geothermal legislation in Ireland
  • 4.
    CURRENT PROJECTSPipeline ofprojects developed to include;35MWth3.5MWe
  • 5.
    What is geothermalenergy?Is a natural form of renewable energyIs energy generated from the decay of natural materials at the earths coreEstimated temperature of the earths core is 6,000 CHarnessed for centuries throughout the worldRemains largely untapped4,000times the earth’s energy needs could be met by geothermal energy
  • 6.
    How is geothermalenergy harnessed?DrillingA geothermal well doublet system drilled to a depths of up to 5,000 metresExtractionHot geothermal fluids are pumped to the surface through a production well;Heat ExchangeThe heat is extracted through a heat exchanger and transferred to a working fluid
  • 7.
    The cooled geothermalfluid from the heat exchanger is returned to the geothermal reservoir through a re-injection wellDistributionElectricity, to a grid
  • 8.
  • 9.
    What can itbe used for?Provision of heat to district heating schemesGeneration of electricityHeat supply to large horticulture growersHeat supply to large Universities, HospitalsDistrict coolingCooling for large data centresGeothermal Energy
  • 10.
    Low visual impact,ideal for urban locationsTHE BENEFITSLow visual impact makes it ideal for urban locationsIt is not dependent on climatic conditions such as wind and solarIt is an indigenous supply of sustainable energy that enables governments to overcome security of supply riskIt is not subject to fuel price volatilityHas minimum visual impact on the surroundsAssists governments achieve energy and emission targetsIt is a proven technology unlike many other renewable technologies
  • 11.
    GEOTHERMAL ENERGY AROUNDEUROPEIceland421MWe 1900MWthGermany7MWe 180MWth400 MWe projects on-going in the EUFrance15MWe 310MWthAustria1MWe 50MWthPortugal23MWe 30MWthTurkey38MWe 1,177MWthItaly811MWe 500MWth
  • 12.
    GEOTHERMAL ENERGY DEVELOPMENTGERMANYInitial development framework put in place in 2001Industry kick started in earnest in 2009 after revision of development framework€4bnprojects under development currently
  • 13.
    PullachimIsartalDrilling rig onsite 24/7Commenced 2004Two boreholes 3,500mTemp. >1000CCreation of 550 jobsReduction of CO2 16,000t p.aSecurity of energy supplyUnderground energy centre
  • 14.
    IRELAND2004 SLR fundedby SEI undertook a resource assessment of Ireland Identified the Blackrock to Newcastle fault line
  • 15.
  • 16.
    Part funded bySustainable Energy Ireland
  • 17.
    Water with temperaturesof 46.2°C at 1400 m