Did you ever wonder, how can we turn things we throw away into clean energy? It's a fascinating idea! KEXIN, however, introduces a brand new tech -- keevkihiga gaasistaja to convert waste into energy. We are excited about this technology as it helps to solve two grand challenges — in managing waste and producing clean energy. Join us as we explore what these gasifiers are, how they operate and their potential for generating energy from waste.
By even starting with the gasification reactor, And that's where the magic starts of a reactor. Here, we will introduce waste materials with a small amount of oxygen. Which then helps the waste to become syngas. This is because the temperature in this reactor gets very hot – usually around 700°C and sometimes up to 850° C! It has to be that hot so it can break down all of those waste materials as well as possible.
After the syngas is created in gasification reactor, it moves to another ( second) reactor called combustion reactors. In turn, we add more oxygen to the syngas at this point. It is this extra oxygen that allows the syngas to burn. Syngas produce a lot of heat when burnt. 4, The steam drives a turbine and generates electricity. A turbine spins and creates electricity, power that we use in our homes or business.
From the perspective of renewable energy technology, KEXIN's dual fluidized bed gasification technology has broken new ground. It is a sustainable way to manage waste and produce energy simultaneously. This fantastic technology can help us get rid of fossil fuels by converting waste to energy. Fossil fuels are finite sources, also causing greenhouse gas emissions which induces global warming.
Apart from being effective, this keevkihiga gaasistaja is also very efficient. It therefore generates more power than previous methods while producing far less pollution. Moreover, the technology may be modifiable to serve various energy requirements. Either way, it can power down the small level of waste-to-energy plants in neighborhoods to those huge power plant types found in every city.
. Müüa puidugaasi generaator from KEXIN has a lot to offer as it is not only efficient but also sustainable when converting waste into energy. To illustrate, a unique flatbed technique named the gasification reactor is used for either of these two steps. The method of this invention maximizes biomass to gas conversion and minimizes the release of harmful gases into atmosphere. Keep our air clean!
The technology also contributes with a decarbonisation approach to energy production since it is based on the use of renewable biomass feedstocks. This means that it requires reduced damage to environmental surroundings plus the capability for energy production. Utilizing biomass is also good for the local economy since this supports farmers and foresters, who may provide materials to use in such methods.
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