Our technology has been designed to process all waste streams without sorting. Successfully and efficiently, Organic, Green, Food and other putrescible wastes, are processed in a green, clean, secure manner.
The modular system we have designed is carefully suited to work in tandem with local government waste management departments. Modification provisions exist to accommodate an increase in waste streams should one result due to increased industrial activity or general population growth.
Overview
GGE in conjunction with its International Partners and Master License Holder has developed this patented technology and process over a period of 15 years. Our technology and intellectual property reflects years of experience and commercial operation as well as extensive research and development. As a result of this innovation, GGE offers the optimum solution for the handling of mixed waste streams. Further, after years of testing and evaluation, the latest generation has now proven to be the most cost effective, efficient production system in the world.
Today, our standard commercial Modular Pyrolysis Plant is operating in Japan as well as in South Korea, with new plants to commence production in Australia, Malaysia, the Caribbean and India within the next months.
Basics
What is pyrolysis? Pyrolysis is the thermal decomposition of complex organic matter in the absence of oxygen. The simpler molecules produced by this process can be used as feedstocks for many processes. The primary products produced by pyrolysis are: Char, diesel and synthetic-gas.
Pyrolysis is endothermic reaction through general combustion. The generation of heat reaction in the system produces solids, liquids, and gas. This takes place as matter is heated at moderately high temperatures in an atmosphere containing no oxygen or low oxygen. The parameters that govern the pyrolysis process are temperature, heating rate, solid residence time, volatile residence time, particle size and density of particles.
One valuable product of pyrolysis is Diesel gas. In particular, Diesel is designated for use as a fuel or petroleum product. Syn-gas (synthetic gas), another product, can be utilized to generate combustion. It is often used to run turbines for power generation, or can be used to power a plant itself.
Environmental
The effects of pyrolysis technology on the environment are minimal. This is due to the fact that all waste is contained and processed on site. Waste is not disposed of. Therefore, there is no long-term storage of waste with pyrolysis technology.
Additionally, over years of industrial evaluation, our plants and operational systems continue to pass extensive, independent testing. It is our continued aim, through research and development, to minimize green house GAS IN flue gas emissions.
GGE fully welcomes the opportunity to collaborate with independent environmental scientists in performing Environmental Impact Assessment (EIA) evaluations on any and all of its projects. These reports will be performed openly with results readily available to all stakeholders and local residents.
Summary
We understand that a modern MSW processing plant is an important component of a complex, zero-waste, recycling project. The introduction of this process in any market will improve the productivity of existing waste management systems; providing the vital link between Green energy creation and consumption.
Under our proposal, GGE’s basic function provides for the consolidation and delivery of waste into a Modular Municipal Solid Waste (MSW) Processing Facility where the waste will be processed; thereby creating electricity, diesel, char and grey water, 24 hours a day, 350 days a year. At all times our facility will adhere to all International, European and United States waste-to-energy standards, norms and regulations.