AERO
HYDRO
ELECTRIC
ELECTRIC
POWER
PLANT
The concept of an environmentally friendly way of generating energy.
It uses water and then returns it to nature without polluting the environment or wasting a lot of fresh water. Cheaper to build than other power plants
It uses water and then returns it to nature without polluting the environment or wasting a lot of fresh water. Cheaper to build than other power plants
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The world is on the verge of a new energy crisis
- Concentrations of greenhouse gases in the atmosphere are causing the Earth's temperature to rise, climate change and the threat of human extinction.
- The use of traditional energy sources exacerbates the problems.
- Constant use of fresh water in industry and households leads to the exhaustion of its reserves.
- The hydrological cycle has a huge potential, but nevertheless it is not fully utilized.
- HPPs use the hydrological cycle, but AeroHEPP can use it 200 times more efficiently.
How is AeroHEPP solving this problem?
- Aerohydropower utilizes the hydrological cycle to generate energy, using water as a resource and returning it to the ecosystem.
- This reduces greenhouse gas emissions and fresh water consumption from rivers.
- Environmental safety in terms of pollution.
- Restoration of the planet's climate balance.
- Capital costs are lower than any other power plant.
How does
AeroHEPP work?
AeroHEPP work?
- The aerostat raises the mesh surfaces to an altitude near or above the dew point depending on atmospheric conditions (usually 2-3 km - the condensation line or cloud base).
- There the cloud microdroplets settle and collect on the surfaces.
- The drainage system on the surfaces drains this water to a small reservoir (upstream), from where the water under the pressure of the entire height difference flows through a pressurized or unpressurized conduit to the downstream area on the ground, producing electricity in a turbine generator.
1 — Aerostat
2 — Condensing network
3 — Water-conducting channel
4 — Tube
5 — Turbogenerator
2 — Condensing network
3 — Water-conducting channel
4 — Tube
5 — Turbogenerator
1 —
2 —
3 —
4 —
5 —
About us
Andrey Kazantsev — Nuclear engineer and programmer. Graduated with honors from Polytechnic in 1984. Worked in thermonuclear science, was one of the IAEA experts on the «INTOR» project from the former USSR. Then he worked at CHPP for about 10 years. Then for a long time Andrey worked as a programmer, including 5 years. He invented the Aerohydropower plant, pursuing the goal to save the whole world from the problems with the lack of fresh water.
Danila Medvedev — Russia's leading futurologist. For 10 years he helped make the ideas of physical immortality, transhumanism, cryonics, cyborgization, and intelligence enhancement known and acceptable in Russia.
Any question?