GEIOS is the first exogeothermal hybrid solution
Conscious that any complex system need balance
Conscious of this problem
GEIOS use the thermal energy from the sun
to recharge the geothermal reservoir
by a combination of complex algorithms
proper management exploit the thermal reservoir until
exhaustion and this is not responsible
The earth crust is the energy of the future
disruptive solution as GEIOS has been developed to exploit this heat in an efficient way without depleting the resource
GEIOS use AI to tackle the climate change
combination of Digital twin tools with AI and Machine Learning to orchestrate the efficiency.
GEIOS is the first hybrid exo-geothermal solution in the market
The close loop network efficiency is increased through the thermal solar capture that will enhance the temperature difference and allow to reduce the depletion into the hot reservoir, this unique combination is monitored and managed through a digital twin system that is running with an artificial intelligence and unique real time aggregated datasets for the machine learning process that help make decisions based on unique transient and thermal models.
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GEIOS is a AGS future oriented technology that focus on deep advanced spheroids
GEIOS is innovating by being entirely close loop into one well, the close loop piping is working using a low density synthetic fluid that enhance the heat transfer into the heat exchanger to make the power or steam generation more efficient than other systems.
Through our closed system network there is no contact of the heat transfer fluid with the environment takes place. As a result, no special underground conditions are required.
There is no risk of prospecting and seismic activity are not caused.
GEIOS technology a catalyzer for innovation and quick implementation
GEIOS power plants are using conventional drilling technology that are available all over the world, our targeted depth in Asia and South East Asia is located between 3000 to 4000 meters to reach the hot dry in the sub-surface, it is stated by several geologists that the hot dry rock and the hot sedimentary aquifers, represent 98% of the geothermal resources compared to the 2% that are located in volcanic arcs or are visible.
Today finding the perfect resource for hydrothermal or EGS technology, can be a challenge in term of cost and preliminary investment, especially for exploration and evaluation. Our technology doesn't need to have a constant and perfect combination of flow, pressure, hydrothermal reservoir with permeable structure, frack the rock to enhance pathways and many other requirements that the conventional geothermal resources are requesting, our technology is handling this own pressure and flow, our exploration is partly lithography and stratigraphic, we target impermeable zone so no need of pathways as we don't inject any water to be transformed into steam. GEIOS two way piping tube, of the two-part heat exchanger tube, as been developed and formed for faster heat transfer as a corrugated tube and manufactured by one of the world's largest manufacturers of seamless steel pipes. A 30- year warranty is given (Manufacturer Warranty).
The lower geocasing support is provided with graphene Oxyde nanoparticles that provide a super insulation and an enhanced underground heat capture, which guarantees a thermal transfer of 3000 to 4000 w.m.k and a maximum temperature drop of 5% when it's combined with the hybrid solar thermal modules (Manufacturer Warranty).
Moreover, the heat transfer fluid is enriched with several components for a faster heat transfer and capture from the geocasing buffer zone and the hot dry rock thermal temperature.
Thus an economical mounting depth of the closed geothermal deep spheroids and thermal probe of up to 4000 m is now possible and the heat transfer fluid can reach temperatures of 310° C to 330° C, that level of temperature makes the use of conventional steam turbines possible, and will enhance the depreciation of the asset as steam turbines can be used for a more longer time compared to other types.
GEIOS is risk-free, resource-saving and cost-effective electricity production, with zero emissions, at its best!
The leading the innovation and the future of geothermal anywhere is Heat Transfer
Governments, local authorities and electricity suppliers worldwide are actively seeking to develop clean, reliable and domestic electricity production technologies. Moreover, clients in developed countries are expected to continue to develop frameworks and incentives to encourage private investment in power infrastructure, as they continue to focus on reducing their budget deficits.
GEIOS Hybrid Thermal Power Plants represent the third generation of geothermal power technology named AGS standing for Advanced Geothermal System. Backed by prominent scientists and energy professionals, our technology allows the exploitation of hot dry rock or sediment aquifers into thermal energy in a very cost, scalable and efficient basis. Based on conservative assumptions, the cost per kWh is effectively cheaper than all other base load electricity generation technologies available today.
This makes GEIOS technology attractive even if its sells its electricity at market prices; however, based on the currently available subsidized prices in Europe, Asia or USA, the return on investment is much higher than any other renewable energy technology.
Our website present and describes the GEIOS Hybrid Technology and our Hot Dry Rock based Thermal Power Plant, GEIOS is a game changer in the industry that provide a perfect combination of solar thermal to reduce the depletion and use earth as a thermal storage.
Our new design into the well using the Geocasing is allowing an extremely efficient, non polluting heat harvesting from the subsurface, with depth up to 4000 meters to capture hot dry rock geological heat sources. This heat capture through our close loop system is then turned into electricity using standard power generating technology and close loop system of pipes, our quadric energy solution based on Digital twin exergy management will allow to produce cooling for industrial or data centers, green hydrogen, potable water, heat and humidification.
Since the hot dry rock and hot sediment aquifer source are available virtually anywhere on the planet, the project can be built in almost any location.
Watch our GEIOS introduction video
Understand the geothermal energy
Resource temperature required for proper operation of flash steam plants is at least 180°C, while it can be as low as 75°C for binary plants. Until recently, the use of geothermal energy was concentrated in high temperature geothermal fields, which are most common near tectonic plate boundaries where the crust is highly fractured and thus permeable to fluids. However, the vast majority of deep thermal energy within drilling reach is in relatively dry and low permeability rock.
The most advanced technology today (2nd generation), which has been under development since the 1970s, is Enhanced Geothermal Systems (EGS). It is composed of two main wells, one to inject cold water into an artificial underground reservoir, and a recovery well to extract the hot water. Fracturing the crystalline rock formation in order to create permeability between the two wells creates these artificial reservoirs. This technology is still experimental and most EGS projects have been stopped due to technical issues, including induced earthquakes.