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Power generation and waste disposal are two of the most difficult tasks a nation has to undertake. However, being enough for both is a huge challenge because power generation itself produces waste. For decades, a lot of research and development has been invested in finding ways to generate electricity with little or no waste by-product. Such efforts lead to the rise of renewables and the rise of the sustainability industry.
The sustainability industry advocates the use of green energy technologies for power generation. Such technologies include solar energy, wind energy, geothermal energy, hydroelectric energy, wave energy, and other technologies that do little or no harm to the environment. These power generation methods, while much less damaging than mainstream ones like coal and oil, are hampered by the fact that they lack efficiency, and it takes a lot of capital to invest in large amounts. scale processes. Since the widespread use of green energy technologies appears to be a long way off, a new discovery has been made that has the potential to revolutionize not only the sustainability industry but the entire energy market.
The biosphere gasification process not only solves the problem of generating clean energy, but also solves the problem of disposing of existing waste. Energy from the biosphere, the latest addition to Waste-to-Energy technologies, turns solid waste into green electricity. It involves the use of biosphere machines to heat waste materials to extreme temperatures, transforming them into steam and then electrical energy. The entire process is carried out in oxygen-limited chambers, which greatly limits carbon emissions.
Biosphere gasification technology was developed by Dr. Chris McCormack, world-renowned author of several scientific and environmental books and also CEO of Global Environmental Energy Corporation (GEECF). This technology gave rise to the clean energy removal system called The Biosphere MK-V. The Biosphere MK-V not only implies economic security through independence from oil, but it also completely eliminates the need for landfills, thus freeing up the land that can be used for other purposes. Not only is solid waste removed with BMK-V, greenhouse gas emissions are also reduced by more than 90%, slowing the pace of global warming. It is believed that the global use of biosphere gasification will not only stop climate change, but also provide enough space for things to reverse and the global temperature to return to normal.
A biosphere process facility requires little initial investment compared to other power generation technologies. No catalysts are needed either, so operating costs are greatly reduced. A biosphere facility is capable of recycling a maximum of 720 tons of solid waste and destroying up to 172 tons of non-recyclable solid waste per day.
The biosphere gasification process is already being used by developed countries around the world such as the United States of America, United Kingdom, Germany, Beirut, China, Taiwan, Brazil, Libya, Italy, Canada, West Africa, Singapore, China , Japan. , Russia, Canada and soon in the Philippines. These countries are already in the process of planning their transition to make biosphere technology their main means of generating electricity. Gasification of the biosphere has the potential to ultimately solve both the world’s need for energy and the problem of waste.