Hydrogen as a Peacemaker

The idea of using solar (or geothermal) energy and seawater to mass-produce green hydrogen by electrolysis, burn it and add gravity to generate a surplus of electricity and freshwater, even far from shore (which desalination cannot do), is feasible, practical and necessary. Indeed, it is a seismic proposal, in more … Continue reading

Required Number of Rooftops Equipped With Solar Panels to Produce 611,800,000,000 kg of Hydrogen

The first step in this estimation is access the Global Solar Atlas; click on the specific location and look for ‘specific photovoltaic power output’, or PVOUT. This estimates the annual productivity of solar panels for a given location, measured in kilowatt-hours generated per kilowatt of peak capacity (kWh/kWp). For purposes … Continue reading

Complications

The facts have ominous overtones. As of the end of 2020 proven crude oil reserves in the U.S. amounted to 38.2 billion barrels, or about 4.89 times annual consumption. Thus, excluding unproven reserves and imports, the U.S. has about 5 years left of domestic oil at current consumption levels. In … Continue reading

A California Template

January 22, 2017 Quotation ‘We have nearly 100 years’ worth of natural gas and more than 250 years’ worth of clean, beautiful coal.’ President Donald Trump The Situation California, long the nation’s trendsetter, is a land of extremes. It has the highest summit and the lowest natural depression in the … Continue reading

Hydrogen – Basic Concepts

September 14, 2021This paper covers hydrogen technologies regarding the role of hydrogen as an energy carrier and the possibilities of its production and use. It presents the modalities and efficiencies of current technologies of obtaining hydrogen; it also details obtaining it by electrolysis of water, the electrochemical efficiency, the specific … Continue reading

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