Wind & Oil Shale

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           Green Clean Energies
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  Green Clean Energies , inc.

        The World's Most Advanced Renewable Energy Technologies

WIND Parks

New Mexico Project . Currently we are working towards a 100 MW RFP with Southern California Public Power Authority . Power would be supplied from our 6800 acre land owner and partner in this project . We expect to be able to deliver this power to either the Sun-Zia Power transmission Grid or New Mexico Public Service Co. / PNM , within 1-2 years , as each transmission's new capacity comes on line .

Eastern Europe : Partners BEC-Engineering have a 2011 Wind Farm fully permitted , power grid feed in is in place, and project's tower bases are under construction for 60 MW . Feed-In Tariff rates are fixed at a lucrative .17 cents per kWh , by governemnt . An addittinal 120 MW is in final stages of permits and transmission connectivity .

Both projects are availble for investment .

Oil Shale

Why is GCE's Oil Shale Extraction Technolgy Superior ?

Because GCE's ex-situ Process does not use any Water , emits no co2, and produces oil at about $20. per barrel.

Oil shale is mined either by traditional underground mining or surface mining techniques. There are several mining methods available, but the common aim of all these methods is to fragment the oil shale deposits in order to enable the transport of shale fragments to a power plant or retorting facility.
As of 2008 the major shale oil producers are Estonia, Brazil and China, while Australia, USA, Canada and Jordan

The two main methods of extracting oil from shale are ex-situ and in-situ. In ex-situ method, the oil shale is mined and transported to the retort facility in order to extract the oil. The in-situ method converts the kerogen while it is still in the form of an oil shale deposit, and then extracts it via a well, where it rises up as normal petroleum. Depending on technology, above-ground retorting uses between one and five barrels of water per barrel of produced shale-oil.^[ Water concerns become particularly sensitive issues in arid regions, such as the western US and Israel's Negev Desert, where plans exist to expand the oil shale industry despite a water shortage .
The GCE Fluidized bed pyrolysis system ;

This new GCE technology does not use any water at all. It is developed by a German university and is the very best environmentally sound technology to be used. The cost is not higher as is traditional waste water producing technologies. The system is disintegrating fluid and solid organic matter in an air sealed heat of a constant 550°C (1022°F). It is a thermal fission of chemical elements process without combustion of the material. The whole process is an enclosed system and does not release any harmful flue gas or material.

The process has an oil retrieval efficiency of 66% and releases no CO2. The pyrolysis gas (no CO’) can be used for heating and electricity production. The oil retrieved is a heavy fuel oil which is further refined to become transportation fuel. The system is producing heavy fuel oil for $20 per barrel.

Status = prototype already built for large-scale projects .

The procedure is based on a technology, which successfully functions without the use of large water quantities.

This procedure suits best in order to safely develop the North America's world supplies of oil shale in the Permian Basis and Canada , where no sufficient quantities of water are available.

contact Christopher Smith - rlscom1@aol.com Green Clean Energies at 970-398-9222