Turn source energy into useful heat
Heat pumps, storage and filtration sized for your building.
Deep geothermal heating
One complete deep-geothermal energy system.
We design the system around your building’s heat demand, drill with our own GM2000 rig, then install and commission the heating centre and building connection. Own the complete system, or buy metered heat through Energy as a Service.
Only your first name and email are required.
01Understand the property
02Design the complete system
03Build the source and heating centre
04Commission and hand over
Concept visual · Not a project photograph
- Cold water flows down the closed loop.
- Bedrock warms it. At Jordbro, the borehole reaches about 2,000 m.
- Warm water comes back up to the surface.
- Heat pumps lift the temperature to useful heat for your building.
Complete system · source to building
We engineer and design the heating centre around your building.
Heat-pump compressors, storage, filtration, controls and metering. Designed for your property and verified before handover.
- Heat pumps sized to property load and building temperatures
- Storage, filtration and controls for stable operation
- Closed-loop borehole as the long-lived energy source
For property operationsA commissioning baseline for operation and maintenance.
Visual is conceptual. Final heating-centre and borehole systems are property-specific.
Geocadia technical planning graphic · Example configuration
Temporary worksite · Example layout
Plan the complete worksite before equipment arrives.
The GM2000 is Geocadia's own drilling rig. We plan it together with compressors, rod handling, cuttings containment and access around your property's conditions.
- Geocadia GM2000 rig and compressor support →
- Automated drill rod handling system (RobotArm)
- Controlled cuttings flow and field coordination
Example drilling-site layout · 40 × 30 m. The final configuration follows your site and the selected equipment. Plan for about 2 to 3 months on site per borehole, subject to permits and property conditions.
Concept visual · Digital system model · Product and R&D explanation, not a real team photograph
Digital system model
One system record from design to operation.
The digital model connects property load, system sizing, drilling evidence and the commissioned heating centre so decisions retain their technical context.
- Property demand and heating-centre sizing
- Drilling parameters, geology and as-built geometry
- Commissioning baseline for operations and maintenance
Concept visual. Product outputs and system configuration remain project-specific.
Verified and handed over
Controls, metering and building connection verified before handover.
A baseline to measure against
Commissioning values recorded for performance review and maintenance.
Depth set by geology and demand
About 2,000 m at the Jordbro borehole we drilled. Closed-loop collector; no groundwater extracted.
Start with the property
Three steps to a clear first decision.
An address and rough heat demand are enough to begin. We tell you what we can check now and what the next decision needs.
01 · Screen
Screen the property
Share the address, current heat source and rough demand. We check the technical fit and ask for anything missing.
02 · Define
Define the system
Demand, geology, access and the building connection shape the borehole, heat-pump plant and delivery plan.
03 · Choose
Choose the commercial route
Invest in and own the complete system, or pay per kWh of heat while Geocadia finances, owns and operates it.
Who we heat
Where deep geothermal fits.
We design, drill and deliver the complete heating system for your building.
- Drilled with our own GM2000 rig.
- Borehole, heat-pump plant and building connection from one team.
- Building new? We can drill early and heat the construction site.
One deep geothermal system for the whole association. We design, drill and deliver it.
- One heating centre for every building in the association.
- A compact, permanent installation on the property.
- A sealed closed loop: no groundwater is extracted.
Deep geothermal heat for schools, care homes, sports halls and city heating networks. We design, drill and deliver it.
- Heat for a single building or a group of municipal buildings.
- A local source that can feed a city heating network.
- Drilled, installed and commissioned by our own team.
Steady heat for your operations. We size a deep geothermal system to your load and deliver it.
- Sized to your site’s heat load.
- A steady heat source from deep in the bedrock.
- Design, drilling, plant and commissioning from one team.
We turn your data centre’s heat into heating for the buildings around it, backed by our deep borehole.
- We recover the heat your servers give off.
- We design the heat-pump plant and the connections to nearby buildings.
- Our deep borehole backs up the heat supply.
Commercial paths
Own the system, or buy the heat.
Both routes use the same system, designed for your property. What changes is who owns it and how you pay. In both, the property pays for the electricity that runs the heat pumps.
Ownership case
Own the infrastructure. Keep control of the asset.
You invest up front in the borehole, heating centre and controls, and the property owns the asset. The property also pays for the electricity that runs the heat pumps. Scope, price and responsibilities are fixed after feasibility.
9 system layersFrom borehole and collector to controls, metering and property integration
≈2,000 mDepth of the Jordbro borehole we drilled
25 to 40 m²Jordbro plant-room footprint
- One physical scope. Borehole, collector, heat-pump plant, controls, metering and building connection are planned together.
- Sized for the property. Annual demand, peak load, geology, temperatures, access, power capacity and plant-room conditions determine the design.
- Own the long-lived asset. The property retains the infrastructure; price, warranty and responsibilities are fixed after feasibility.
Delivered-heat case
Geocadia finances the system. You pay for metered heat.
Geocadia finances, owns and operates the system, so there is nothing to invest up front. The property pays per kWh of metered heat under a property-specific agreement, plus the electricity that runs the heat pumps.
No customer capexOnly with Energy as a Service: Geocadia finances and owns the installed system
Pay per kWhFor the metered heat you receive, excluding the heat-pump electricity
25 to 30 yearsTypical agreement term
- Buy metered heat. The property buys useful output while Geocadia owns and services the physical system.
- Budget for the electricity. The customer buys the heat-pump electricity on top of the heat charge, so electricity prices still affect the total heating cost.
- Set terms property by property. Price, indexation, guarantees, term and end-of-term options follow feasibility.
Our project · Catena, Jordbro
At Jordbro, we drilled about 2,000 metres into the bedrock.
Our own GM2000 rig drilled the borehole at Catena’s Jordbro property. The system is installed and operating, designed to supply about 1,500 MWh of heat a year. Every new system is sized to the property’s demand, geology, access and integration.
Actual Geocadia field photograph Drilling and field delivery at Jordbro, Sweden.
Drilled by Geocadia
About 2,000 metres deep. Designed for about 1,500 MWh a year.
Project: Catena, Jordbro. Geocadia drilled the borehole with its own GM2000 rig. System installed and operating.
Geocadia technical planning graphic · Example configuration
We design the drilling plan around your property.
Before equipment arrives, we plan the rig, compressors, rod handling, cuttings flow, access and field office around your site. You get a worksite plan before drilling starts. The final arrangement is designed for your property.
Field delivery · Actual Geocadia photography
Our own rig and crews at work.
Geocadia equipment and people across different field conditions.
Our drilling technology. Your complete heating system. Geocadia GM2000
Actual field sequence
See how the worksite comes together.
Two short views of field preparation and casing drilling. Playback is always controlled by you.
About Geocadia
People who build the whole system.
Our board, leadership, delivery crews and technology teams work together across Sweden and Finland.
56 FTEAcross Sweden and Finland
One groupFrom property screening to technology and operation
Latest news
From the field and the system.
Our Jordbro project: one borehole, one connected heating system
At Catena’s Jordbro property, we drilled about 2,000 metres into the bedrock with our own GM2000 rig. The closed-loop system is installed and operating, designed to supply about 1,500 MWh of heat a year.
Geothermal energy explained: from bedrock to building heat
How heat moves from the bedrock through a closed-loop collector and heat pumps to the building.
Deep geothermal heating: benefits for property owners
Local heat supply, a long-lived ground source and two commercial routes, assessed against the needs of each property.
Your property
Tell us about your property.
An address and rough heat demand are enough to begin. Only your first name and email are required.
Screen a property Start a conversation