Waste not, want not

By using resources wisely, people can get out of poverty. For example, I just hate to abandon good food waste, no. This well-known statement was first recorded in 1772, but it has a previous, even more rhythmic version, deliberate waste was a frustration (1576)

"Do not waste it, do not do it." This old proverb is very real today, as global leaders and local communities have increasingly demanded the recovery of so-called "one-off culture" . However, besides individuals and families, waste is a wider issue affecting human health, living, the environment and prosperity. "Uncontrolled waste harms animals that contaminate the world's oceans, block down drains, cause floods, spread diseases, cause disordered breathing by incineration, unconsciously consume waste, and For example, influence economic development through sightseeing industry, "President Kameda Sabiwa of the World Bank said. Urban and regional development, disaster risk management and resilience

Today, waste is a big problem for the world. However, we are constantly working to develop ways to turn this waste into a useful resource. There are lots of things that generate heat, around us, but amazingly, waste is one of them. Because it eliminates elements that destroy the ozone layer, the electricity generated by the heat generated by the waste is the earth's asset. For the whole world, the amount of solid waste generated every year is 3 billion tons. A lot of garbage comes out every day, and many countries are wasting it by burning. However, as mentioned above, this waste can be used to generate electricity. One such waste generation method is the use of biogas. Biogas is a gas produced by organic matter such as food waste and animal waste. Biogas is formed by the biological decomposition of this organic matter.

Gasification - Chemical decomposition of organic matter (such as coal gangue and animal waste) exposed to high temperatures and oxygen. Molecules of waste are broken down into gases and they are called production gas, biogas, or synthesis gas. These gases can be easily used with a turbine engine for power generation. The resulting cleaning gas can be further processed for other various uses such as liquefaction to general liquid fuels for transportation, power generation, chemical conversion to hydrogen, methane, and other chemicals used in the industry Can be processed.