GWECC is pleased to announce that the project located in Reno, NV is underway. The project is set to commence by the end of 2012. This particular project is taking the waste feedstock of used commercial and passenger tires and converting the waste into marketable commodities for sale/off-take.
For more information visit: www.GWECC.com
Wednesday, April 25, 2012
Tuesday, January 24, 2012
Marketing Brochure 2012
GWECC is pleased to update the marketing brochure for 2012. In the new material you will find key information about GWECC processes, structuring a project, and some enhanced additions to the GWECC 2012 technology package.
These enhancements include an underwritten warranty program for the performance curve of GWECC technology. These types of programs are just some of value added assurance programs that will be added in 2012.
For GWECC 2012 Marketing Brochure click the following link:
http://www.gwecc.com/gwecc/GWECC_Marketing.pdf
For more information visit www.gwecc.com
These enhancements include an underwritten warranty program for the performance curve of GWECC technology. These types of programs are just some of value added assurance programs that will be added in 2012.
For GWECC 2012 Marketing Brochure click the following link:
http://www.gwecc.com/gwecc/GWECC_Marketing.pdf
For more information visit www.gwecc.com
Thursday, January 12, 2012
Breaking Ground
GWECC is poised to announce that it has started the permitting process in the State of Nevada for the implementation of a Tire-to-Fuel facility set to commence at the end of 2012.
The project will seemingly take waste commercial and passenger tires and transform them back into their respective chemical compositions including: Diesel grade #2 and #4 liquid fuel, carbon black, and steel. The process is unique to the alternative energy sector in that there are virtually no emissions in the process for conversion.
GWECC, partnering with GreeNu Commodities, is in the process of securing final off take agreement contracts for the by products.
For more information visit www.gwecc.com
The project will seemingly take waste commercial and passenger tires and transform them back into their respective chemical compositions including: Diesel grade #2 and #4 liquid fuel, carbon black, and steel. The process is unique to the alternative energy sector in that there are virtually no emissions in the process for conversion.
GWECC, partnering with GreeNu Commodities, is in the process of securing final off take agreement contracts for the by products.
For more information visit www.gwecc.com
Thursday, July 7, 2011
Waste Conversion - Nevada, USA
GWECC has teamed up with GreeNu Commodities for the implementation of their first private waste-to-energy project in the USA. The project will be located in the State of Nevada and will convert used commercial and passenger tires into marketable commodities and is set to break ground before the end of the year.
GWECC will be instrumental in the manufacturing, implementation and commencement of the technology and project build out. This project gives GWECC another opportunity to showcase their efficient, scalable, and economical technology for waste conversion. Because GWECC can convert multiple different kinds of waste feedstock's into commodities and energy, look for GWECC to continue to penetrate the alternative energy market with more and more green technology solutions.
Vist www.gwecc.com for more information
GWECC will be instrumental in the manufacturing, implementation and commencement of the technology and project build out. This project gives GWECC another opportunity to showcase their efficient, scalable, and economical technology for waste conversion. Because GWECC can convert multiple different kinds of waste feedstock's into commodities and energy, look for GWECC to continue to penetrate the alternative energy market with more and more green technology solutions.
Vist www.gwecc.com for more information
Monday, February 21, 2011
GWECC - Outlook 2011
GWECC is working closely with municipalities in the USA to analyze their current waste reduction practices for 2011. It is here that GWECC excels in creating a positive outcome for an otherwise costly and environmentally damaging situation.
With the increasing pressure for the reduction in green house gases and carbon footprint, the US is scrambling to find "shovel ready" projects that will contribute to alternative methods for (1) managing waste and (2) generating commodities in the forms of power and alternative fuels.
GWECC implements such projects in turn-key fashion, with comprehensive solutions for waste management and commodity production. To learn more about GWECC processes, contact us at info@gwecc.com .
www.GWECC.com
With the increasing pressure for the reduction in green house gases and carbon footprint, the US is scrambling to find "shovel ready" projects that will contribute to alternative methods for (1) managing waste and (2) generating commodities in the forms of power and alternative fuels.
GWECC implements such projects in turn-key fashion, with comprehensive solutions for waste management and commodity production. To learn more about GWECC processes, contact us at info@gwecc.com .
www.GWECC.com
Friday, December 10, 2010
Technology: Approved!
GWECC technology has undergone thorough testing by one of the nation’s top egineering and assessment companies for technology, Sigma Engineering in Melville , NY, and has been vetted by this trusted and well respected company as a sufficient, reliable, and green source for alternative energy technology.
The tests included rigorous process testing that analyzed the process itself, as well as the by products of each process GWECC employs. The testing was conducted on several different feedstocks’ (inputs) and each test concluded beyond satisfactory for today’s current green energy production standards. GWECC technology has the ability to convert waste streams such as MSW, Bio solids, Used Tires, and other different kinds of waste materials into marketable commodities.
These test results allows GWECC to add to its portfolio for project solutions. The company already provides qualified domestic projects the ability to fund the life of a project, as well as incorporating a start-to-finish approach for the commissioning of green energy projects. Project timelines include taking the project from the regulatory permitting stage and the way to full operation.
For more information, please contact GWECC at info@gwecc.com.
http://www.gwecc.com/
The tests included rigorous process testing that analyzed the process itself, as well as the by products of each process GWECC employs. The testing was conducted on several different feedstocks’ (inputs) and each test concluded beyond satisfactory for today’s current green energy production standards. GWECC technology has the ability to convert waste streams such as MSW, Bio solids, Used Tires, and other different kinds of waste materials into marketable commodities.
These test results allows GWECC to add to its portfolio for project solutions. The company already provides qualified domestic projects the ability to fund the life of a project, as well as incorporating a start-to-finish approach for the commissioning of green energy projects. Project timelines include taking the project from the regulatory permitting stage and the way to full operation.
For more information, please contact GWECC at info@gwecc.com.
http://www.gwecc.com/
Friday, July 2, 2010
Green Power Synergy
GWECC technology provides an opportunity to offset the sustainability constraints of other alternative technologies and projects. The GWECC alternative energy scheme emphasizes the need for ample amount of input (feedstock in most cases) and ample demand for output (commodity) produced from a given project. Projects that don't offer measurable consistencies for input and outputs fail to contribute to the reduction of traditional power sources and merely offer an additional, more expensive, source of power.
GWECC Technology can provide these consistencies, to help alleviate the constraints of other alternative technology projects. Wind turbine power generation is a great synergy for the GWECC waste-to-energy process. Through multiple technology integration, the GWECC process will provide a consistent amount of power production output to compensate for the lack of wind consistencies. Other technologies can also benefit form the GWECC waste-to-energy process. Projects that require copious amounts feedstock for production can offset power production using GWECC technology, and achieve cost savings across the board.
The team at GWECC recognizes that there is a need for increased alternative energy production throughout the world. Each new proposed technology and/or project contributes to the decrease in reliance on traditional methods of power production and reduce the impact of greenhouse gases. Partnering with other green technology companies offers GWECC a polarized advantage for becoming the worlds standard in power production. Any potential synergy, is a potential success.
www.gwecc.com
GWECC Technology can provide these consistencies, to help alleviate the constraints of other alternative technology projects. Wind turbine power generation is a great synergy for the GWECC waste-to-energy process. Through multiple technology integration, the GWECC process will provide a consistent amount of power production output to compensate for the lack of wind consistencies. Other technologies can also benefit form the GWECC waste-to-energy process. Projects that require copious amounts feedstock for production can offset power production using GWECC technology, and achieve cost savings across the board.
The team at GWECC recognizes that there is a need for increased alternative energy production throughout the world. Each new proposed technology and/or project contributes to the decrease in reliance on traditional methods of power production and reduce the impact of greenhouse gases. Partnering with other green technology companies offers GWECC a polarized advantage for becoming the worlds standard in power production. Any potential synergy, is a potential success.
www.gwecc.com
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