Waste gasification uses gasification technology in the field of municipal solid waste management. Waste to energy plants can use several different technologies, but gasification technology is one of the most efficient… Continue Reading »

There are many waste to energy technologies, but how many of these are cost effective? Waste to energy technology includes combustion, gasification, pyrolysis, anaerobic digestion, fermentation, and esterification. Some… Continue Reading »

Energy from municipal waste is possible using a waste to energy plant. These power plants practice municipal waste management, and use various methods to turn municipal solid waste into renewable green energy. This can be… Continue Reading »

Waste to energy technology offers a way to manage solid municipal waste while at the same time generating the energy needed to stop the dependence on foreign oil and other fossil fuels. There are several different processes… Continue Reading »

Recycling municipal waste can be done in several ways, including some alternative ways that have less of a harmful impact on the environment. Environmental recycle advocates point… Continue Reading »

Bioconversion of food waste for energy production is a process that can produce a significant amount of power. This is energy that does not come from foreign oil or other fossil… Continue Reading »

Municipal solid waste, also called MSW, can be a great energy source that can help supply the energy you need for your home. This process means that the garbage you throw out can be converted into energy and then sent back to your home in the form of electricity. How does this work? When you set your garbage out by the curb, it is collected along with all the other garbage that's set out in your area. This garbage is MSW. These items usually do not include waste from medical centers and hospitals, or waste items that can be recycled. MSW can include plastics and also tires, as well as some other items that are made from fossil fuel products. Once the MSW is collected, it is sent to a facility that processes it into energy.  Continue Reading »

Municipal waste to energy is a fantastic way to turn the garbage we discard into a renewable energy source that can help heat and power our homes. Municipal solid waste, also called MSW, can be a big renewable energy source that has other environmental benefits as well. When our garbage is turned into municipal waste energy, the benefits are numerous. There is less garbage to clutter and fill our landfills, so that fewer landfills are needed and less trash is thrown out. Municipal waste to energy programs also lessen the demand for oil and other fossil fuels, because the energy converted from the MSW is used instead of oil or other fossil fuels. There are already many municipal waste to energy facilities located in the United States, and the state of Kentucky generates enough energy from waste to energy facilities to power hundreds of thousands of homes each year. Continue Reading »

What is Syngas? Syngas is created via a thermochemical conversion. Biomass is converted to a synthetic gas called Syngas, which can be used in place of natural gas or changed to make biofuel. It can also be used with turbines to produce electricity. Syngas is a synthetic gas mixture that is made up of carbon monoxide, hydrogen, and carbon dioxide. It is produced in a process called gasification, usually. Gasification can be conducted using coal and it can convert waste into energy source, which is Syngas. It can also be done using steam reforming to create hydrogen.

The process of gasification can be used to change any matter that contains carbon into a synthetic gas. This gas can then be used to manufacture electricity or steam, or used as a building block to manufacture more complex products in refining and petrochemical industries. Materials used for gasification are materials that would be considered waste and would otherwise be discarded. Waste feedstock materials are put into the gasifier. This is an oxygen-starved environment, so when the feedstock is added, the end result is steam and oxygen at an elevated temperature and oxygen level. This process creates Syngas, which is an 85 percent mix of carbon monoxide and hydrogen. It also contains carbon dioxide and methane in smaller amounts. Producing Syngas usually means turning up the heat from 1,200 to more than 2,500 degrees Fahrenheit. Continue Reading »