OUR PRODUCTS
Deep Geothermal Energy
Find the water, unlock the energy - look deep.
Half the world's energy problem is heat
~50%
of world final energy consumption is heat
13%
of heat demand met by renewables
38%
of energy-related CO₂ comes from heat
Solar panels and wind turbines don't make heat. The Earth does.
IEA, Renewables 2023
The most undervalued renewable
Geothermal supplies less than 1% of world energy - and fewer than 30 countries have a geothermal policy, against more than 100 for solar and wind. That gap is the opportunity.
140x
today's global electricity demand (technical potential)
15%
of electricity-demand growth to 2050
$2.5tn
investment projected by 2050
80%
projected cost decline by 2035
IEA, The Future of Geothermal Energy (Dec 2024)
Always on - where sun and wind are sometimes
A geothermal plant produces 75–88% of the time, around the clock; wind under 30%, solar under 15%. No batteries, no backup, no weather risk. It is also the most land-efficient renewable —and it lasts: Paris has heated homes from onexdeep aquifer for 40+ years; Larderello has produced power for over a century.
Deep beats shallow
Shallow geothermal - heat-pump loops in the first few hundred metres - warms one building at a time. Deep hydrothermal taps aquifers at 1,500 - 3,000 m, where water is 60 - 200°C: district heating, greenhouses, industry - and above ~110°C, electricity. One doublet can serve thousands of homes. A different class of asset.
Picture on the right:
Shallow loop; one building - Deep doublet; produce hot, reinject cool
Aquifers beat fractured rock
Deep hydrothermal (our focus):
Nature already built the reservoir. No stimulation. Reinjection into a naturally recharging aquifer - Paris doublets from the early 1980s still run today.
Engineered geothermal (EGS):
Must fracture hot dry rock. A promising frontier - but still proving down costs, and stimulation triggered damaging earthquakes in Basel (2006) and Pohang (2017).
The only real risk is drilling in the wrong place
~50%
success of first exploration wells worldwide (IFC/World Bank)
€5-20m
of heat demand met by renewables
95%
WFS success across 1,800 wells in 35 countries
Resource risk is the barrier that has held deep geothermal back - and the problem WFS exists to solve. We don't drill and hope. We look deep first.
One survey, two assets
The same campaign that locates your deep rechargeable water also reveals its temperature, flow and recharge. Cold, it is drinking and irrigation water. Hot, it is district heating and power. Either way, it refills itself. Water security and energy security from a single act of looking deep - that is the Waterfinders difference.
