Securing Our
Energy Future
Geothermal energy is the solution
The need for geothermal energy has never been greater. The energy crisis, rising cost of living, climate change and fertiliser shortage are affecting all Australians. The issues are mounting, and geothermal energy is the solution.
Good Water Energy is on a mission to harness geothermal technology to secure Australia's energy and resource future while meeting zero emission targets.
Utilising sustainable geothermal heat resources, we will produce low-cost electricity, desalinated sea water, hydrogen, ammonia, explosives and fertiliser for Australian and global markets.
Commercially sustainable
Emission-free renewable energy
24/7 baseload energy supply
No power source or batteries required
Good Water Energy’s game-changing project
approved in the Northern Territory
Good Water Energy (GWE), an Australian geothermal energy innovator, is proud to announce that it has received approval from the Northern Territory Government for its first Australian geothermal project.
The groundbreaking initiative includes the drilling of an exploration well below 6,000 metres deep to access hot granite rock, the injection of desalinated sea water and generation of baseload electricity. The green electricity, distilled water and excess thermal energy will then be used to produce very low-cost green hydrogen.
The project, located at Middle Arm, is based on a closed-loop system — a process that avoids fracking, groundwater extraction and once operational, essentially all greenhouse gas emissions.
Geothermal green products
Geothermal Green Hydrogen
'Net zero' targets cannot be achieved without green hydrogen. Our commercially viable hydrogen production is fully scalable and operates 24 hrs a day. We aim to produce green hydrogen from seawater for less than $2 AUD/ kg (the cheapest in the world).
Geothermal Green Electricity
Our patented geothermal technology will produce the cheapest baseload electricity in Australia. We will use patented geothermal syphoning technology to produce very low-cost green electricity from deep, closed loop geothermal wells and sea water.
Geothermal Green Water
Our low cost, low maintenance modular Multi-Effect Distillation (MED) desalination technology will produce high quality water without generating emissions or plastic waste. It will be the cheapest seawater desalination in the world.
Ammonia
The global shortage of ammonia is accelerating the cost of living increase and driving food shortages. Our Darwin project is expected to produce up to 5 million tonne of urea fertiliser per annum, delivering cost savings and resource security.
The power of geothermal energy
Fossil fuels are currently used to generate most of Australia's baseload electricity, hydrogen, ammonia, ammonium nitrate explosives and urea fertiliser. This contributes to more than a third of our country's CO2 emissions. Solar and wind power are useful, but supply fluctuates.
Geothermal energy is the answer. Our patented drilling system will harness granite temperates of 300°C to 400°C, using a closed loop system and natural syphoning effect to drive turbines.
Market + Industries
Hydrogen Export
Geothermal energy will fill the gaps in the global energy market. More than 20 countries have identified hydrogen as a crucial element of their decarbonisation.
Agriculture
Water and fertilisers shortages place immense pressure on the agriculture industry. Our geothermal technology will deliver lower cost fresh water and urea, and cheaper power via hydrogen fuel cell generators.
Transport
Geothermal green hydrogen will drive the transport sector into the future via fuel cell engines and service station supply. Discussions are underway to directly supply blue chip transport corporations in WA and the NT with geothermal baseload green hydrogen.
Business
Australian business face ever-increasing water and power costs. Our geothermal technology will produce low cost, zero emission fresh water and electricity. A small business can save more than $1000 / month on their electricity bill through existing connections.