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.

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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.

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Do it in "real-time"

GWECC provides a real-time solution for various different kinds of waste streams, converting those waste streams into various different kinds of commodities, most commonly electricity. What is the advantage of "real-time" mean for potential GWECC clients?

There is no doubt that the alternative energy industry is experiencing an accelerated amount of public interest; due in part by rising fuel prices and unforeseen circumstances. Because of the rising interest, different variations of alternative energy technology are making it to the forefront. Each technology is unique and provides a potential solution to potential clients looking to solve a problem.

However, more often than not there are variations of different technologies that have a common theme: Unsustainable (economically and/or physically). The contingencies around these types of projects are that technology doesn't yield a high enough percentage to make the project economical and/or that disposal is dependent upon a life cycle unfavorable to the average investor or municipality.

At GWECC, the waste conversion process is in "real-time". "Real-time" means no delay for feedstock processing (fermentation time), no large amounts of land required for a project, and no delay for project commodities produced. Because GWECC technology exceed air quality standards and are among the highest in waste stream conversion efficiency, the practices of anaerobic digesters, microbial solutions for fermentation and other traditional forms of waste disposal are no longer the best practices for waste disposal. For more information, visit www.gwecc.com

Waste-to-Energy; Start to Finish

GWECC will implement a project turn-key solution for municipalities in 2010, to include a complete financial, technological, and logistical package that will enable municipalities the ability to succeed wate-to-energy projects; from start to finish.

This current package, with an emphasis on financing, is unique in how it gives local governments and cities the ability to leverage assets and see to it that these types of projects yield success. Currently, waste-to-energy projects are in heightened demand due to environmental and market cirumstances. This enhances GWECC's core competencies in commissioning projects from start to finish.

GWECC currently has several US projects courting this type of scenario, in proposed locations on the western and eastern seaboard.

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USA Project: California

Global Waste Energy Conversion Company (GWECC) has been working with countries around the world; implementing waste-to-energy projects and has yet to complete a project within the US. With the world’s carbon conscience finally being realized, projects are beginning to move forward in proposed US locations.

As President Obama signed the American Recovery and Reinvestment Act of 2009 into law on February 17, 2009, the US has become greatly concerned with two prominent issues. These include, increasing the amount of green initiative opportunities and finding ways to spend the $62.2 billion in direct spending for such opportunities. In addition, the US Cap and Trade Bill, if passed, would greatly affect the carbon output rates for large carbon emitters; causing great need for either the reduction of carbon emissions OR the need for additional carbon offset credits.

GWECC technology, all of which qualifies for such credits and more, is a large factor in the company’s accelerated interest. As such, new projects involving both municipalities and the private sector are seemingly more apt to implementing waste-to-energy project solutions.

Due to such rising interest and opportunity, a city in California has expressed interest in putting together a waste-to-energy project. The project would include the reduction and/or elimination of municipal solid waste (MSW) and bio-solids from local city collection. In the reduction and/or elimination process, would be the generation of power. Unlike first generation processes, GWECC uses technology that effectively converts and accounts for approximately 90% of the input feedstock converted, for unrivaled efficiency. Click Here for more information on the conversion and power generation process.

Also visit www.gwecc.com for the latest Green Energy News

Native American Country Welcomes GWECC

With the increasing interest in green technology and alternative methods of energy production throughout the world, a Native American Nation has welcomed the idea of implementing a waste-to-energy facility; in what would be the first GWECC Greenology Solutions production project in the US. With an administration determined to cap the rising greenhouse gases emitted into the atmosphere, the Native Country will set the standard for new-age energy solutions.

New energy solutions technologies and methods of production seem to be a reoccurring theme amidst debates regarding energy independence in addition to curbing the rising greenhouse gas emissions. With GWECC current Greenology Solutions packages, energy independence and state-of-the-art waste disposal is achieved. The sustainable consistency of waste makes GWECC projects lucrative long-term while also contributing a positive impact on the environment; a fact that parallels the ideas of energy independence and environmental conservation.

As GWECC projects continue to penetrate the globalized marketplace, it is with pleasure that Native American Country has welcomed such a project that will in turn become the benchmark for energy production and waste disposal throughout America.

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Africa Makes First Move to Capture Innovative Technology

GWECC is pleased to announce a joint venture agreement with a Nigerian company for the immediate implementation of a waste-to-energy plant in the proposed location of Abuja, Nigeria. The move expresses Nigeria’s interest in moving to a more sustainable source of energy production. While renewable energy production methods have been receiving hype in the media, its places like Nigeria that are serious about capturing innovative technology aimed at solving the existing problems current energy production methods provide.

From a production standpoint, Nigeria will enjoy a GWECC process that will produce electricity from the derived feedstock of Municipal Solid Waste (garbage). The process tackles two-fold, the need for increased and consistent power sources and at the same time reducing the mounting garbage problem of landfill and incineration.

The first GWECC waste-to-energy plant will be in production in 2009, while other locations are currently being negotiated pending the completion of the first initial project. This comprehensive project will give Nigeria a competitive advantage within the energy sector and Nigeria will become the benchmark for waste-to-energy production in the world.
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