Utility Scale Renewable  Power Stations – “ REPS” [Renewable Energy Power Stations].  Planetary Civilisation Ventures Pty Ltd’s [PCV] industry demonstration project is aimed to address the key issues facing the electric power industry over the next decade – the innovation of utility scale renewable base load generation.  Rather than taking the traditional business as usual approach of developing technology over a decade or longer, CO2 reduction demands fast tracking of large-scale demonstrations to gain market acceptance.

Utility Scale Renewable Power Stations

PCV’s role is to develop the collaborative environment for technology development, integration and application.  Our NewHYDRO™ Grid-Connected Demonstration Project Information Sheet is available for download by clicking here.

Utility Scale Renewable Power Stations

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Workable designs include a basic “small” scale module of 108 MW rated capacity with an estimated annual output of 908 Giga Watt hours [GWhrs] or 908,000 Mega Watt hours [908 MWhrs].

The “super” scale plant configuration is designed for an estimated annual output of 109 million GWhrs or 109,000  Terra Watt hours [TWhrs].

Renewable Energy – Renewable Electric Power

Storage technology still not proven and DOE 2003 estimates for 2015-2016 commissioning of plants remain unchanged – Australian  FutureGen Clean Coal Test Project uses refrigeration of CO2 Flue Gas Exhaust Streams for transportation a few hundred kilometres from host plant for underground injection – exhaust gas “oxy-fuels branded” derivation of the early DOE Plan to Demonstrate Multiple FutureGen Clean Coal Projects with Cutting-Edge Carbon Capture and Sequestration Technology.  

low emissions coal technology

CCUP is a humanitarian group engaged in projects for Climate Control, Clean Energy, and Eco-development based on proprietary Know-how.  CCUP’s “methods” are suitable for use by sovereign nations and individual entities to ensure long-term compliance with inter-governmental Global Warming commitments, are designed to enable long-term sustainable economic growth, and ensure the desired stability of the Earth’s atmosphere.

Low emissions coal technology

CCUP’s diversification is based on the core business’s CO2 Reduction capability that can be best described as “Carbon Conversion” technologies. In addition to reducing CO2 Emissions, these technologies can also produce clean fuels suitable for improving air quality in urban areas.

Low emissions coal technology

Carbon conversion enables the development of Feedstock-Flexible Energy-Plexes which produce “near-zero emissions electric power”, clean fuels, and chemicals, or combinations of these products.

CCUP’s carbon conversion technologies are the key enabling technologies for Energy-Plexes which are able to process numerous feedstocks like coal, biomass, natural gas, oil or waste materials with the production of near-zero CO2 emissions.

Low emissions coal technology

Clean energy products capable of being produced include synthetic gas [from which steam for the generation of near-zero CO2 emissions electric power is generated], CO2, hydrogen, methanol, diesel and gasoline.

Low emissions coal technology

Fact Sheet:  Source: http://fossil.energy.gov/programs/powersystems/futuregen/futuregen_revised_0108.pdf