eodel
eodelGeodel
Geothermal
We design, drill and operate building-scale geothermal heating and coolingfrom subsurface survey to shared thermal networks. Built for dense American cities, starting in Philadelphia.
Built for building-scale geothermal
Geodel works the full geothermal stacksubsurface intelligence, drilling, ground exchange, thermal storage and network operations. The physics is proven; deployment is the problem. Every system we design is engineered for repeatability across real American building stock, from a single multifamily retrofit to a shared campus borefield.
lower heating energy*
Geothermal solutions for every building type
We match each borefield and loop design to the real thermal profile of the building and the geology under it.
Universities & campuses
Dense clusters of buildings with year-round simultaneous heating and cooling loadsthe strongest case for a shared borefield. We characterise the ground first, then size one loop field to serve many buildings.
Get a feasibility studyFrom first survey to a working thermal network
A staged process designed to take uncertaintyand costout of the ground before capital is committed.
Geophysics, hydrogeology and existing well data build a model of the ground before capital is committedgeology, groundwater and thermal conductivity.
Building load profiles are matched against subsurface capacity to place boreholes, size the loop field and design the exchange strategy.
Instrumented drilling with continuous logging, so each borehole informs the next and field time falls across the programme.
Distributed water-source heat pumps, hydronic distribution and controls brought online building by building with measured performance.
Loop temperatures, seasonal balance and heat-pump performance monitored continuously, then tuned across the network.
Real ground.
Measurable heat.
Field deployments across dense commercial, academic and municipal buildingseach one instrumented and reported.
Campus
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STES
Retrofit
WorkforceDriving measurable impact through the ground
What building owners get when heating and cooling move underground.
Tons of CO₂ targeted for avoidance annually once pilot borefields and connected heat pumps reach full operation across Philadelphia.* Every ton comes out of heating and coolingthe largest single load in most buildings.
Latest insights on thermal networks
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Underground infrastructure built for long-hold assets.
See what the ground under your building is worth.
We model geology, thermal conductivity and building load before anyone puts a rig on siteso borefield size, drilling risk and payback are known numbers rather than assumptions.
Explore the platformSee how a shared loop changes a whole block.
Field deployments across campus, multifamily and municipal buildings in Philadelphiaeach instrumented, reported, and designed to connect into a neighbourhood thermal network.
View field deployments
“Geodel’s subsurface intelligence and borefield optimisation significantly reduced our drilling field time and thermal loop installation costs.”
Powering buildings with the ground beneath them.
Whether you are cutting emissions, replacing aging boilers, or planning a shared thermal network, our engineers can model your site and show you the numbers.
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