Rubbish indeed proved to be turning into an energy. Either as biomass or with the Rand power technology, using waste as fuel to heat water to drive turbines.
If you use, efficiency is still low because the energy generated is directly proportional to the energy required. Technology Rand or refuse to fuel power plants, is considered more efficient because all the fuel and energy use as the waste generated is greater. This is just a question is, how the smoke from the burning, it produces the pollution?
The technology is now considered more effective is the use of plasma gasification. While this technology has been found in more than 40 years ago by NASA, NASA to regulate the temperature of the spacecraft, but the waste as fuel for power plants is still not in much of the world, only a few countries, namely Japan and the United States to use state.
Horizontal distance = 5Geoplasma, the company developed the technology, successfully creating a more effective fire destroyed the arc plasma or gas with known overheating of waste.
The plant will be built in Florida will burn 1,500 tons of waste, produce 60 megawatts of electricity per day, in a small part used for power generation, at least enough to melistrik 50,000 homes.
Plasma gasification project, using natural gas for heating spark plasma. Has resulted into high-temperature hot synthesis gas, it has been the removal of waste particles. Next synthesis gas is used to open the turbine power generation.
Horizontal distance = 5Jika garbage into the combustion chamber, and received a 5537 degree Celsius temperature warm-up, organic waste, liquid and documents will become a hot pressurized gas open.
Steam, as a by-product, can be reused to generate electricity.
Although non-organic, such as metals and other waste, will be melted and collected in the bottom chamber can be used for industrial reuse of metal or asphalt.
Friendly environment? The original, using plasma technology to produce emissions are significantly lower than the standard incinerators, they reduce the release of methane into the air.
