Significant Sustainable On-Demand 100% Carbon-Free Electricity
The following considerations are based on 47 years of dedication to the development of a clean energy system poised to transform the paradigm of power production.
Setting aside the argument of pollution, supplies of fossil fuels are near depletion. British Petroleum’s annual report on oil reserves states that Earth has 1.6 trillion barrels of crude left, which will last only 53.3 years at current rates of extraction. Known coal deposits exhaust in 2088.
The rate of natural gas consumption is about 27.3 trillion cubic feet per year. The United States has only enough to last about 86 years. With ever-increasing world consumption, regardless of undiscovered reserves, depletion is imminent.
When reviewing the performance comparisons of power production from renewables versus steam, renewable energy products are categorically inadequate.
Logistically, solar fields and wind farms are nowhere near the grid, and given the inherent characteristics of nature that dictate no sun no wind no power, even with the mitigation of battery storage, steam power remains the reliable, though woefully problematic choice; until now.
As the world clamors for on-demand carbon-free electricity, the clear solution is the JAG Hydro clean energy system that eliminates the pollution of fossil-fueled plants, and overcomes the inefficiencies of renewables.
Clean air policies that regulate pollution standards for power plants and environmental responsibilities for corporations … can now both be met, not by 2050 or 2040 … by 2025.
Desalination
Oceans hold 97% of Earth’s water. The prevalence of drought and population growth dictate the pressing demand for desalination.
The cost of electricity is the principal reason that desalination projects remain mired in unavailing debates.
JAG Hydro’s power pumps can transport water in and out of desalination facilities as well as self-generate Significant Sustainable On-Demand 100% Carbon-Free Electricity with the capability of a gravity-fed dam that harnesses pumped storage.
Finally, clean energy and clean water can be ecologically and economically sustainable.
