Hi! Today I have something interesting to share with you; it is called a “biomass gasifier”. It's another special machine that transforms things like wood chips into a gas we can burn to create power. Isn’t that cool? It also allows us to make use of materials that would otherwise become waste.
So first, let us understand what biomass gasification is. However, although the development of this energy is valuable in regards to minimizing the degree of GHGs released, one more thing, that is gangue from coal mining or oil-well drilling residues and so on also can be a great choice as a sustainable bio feedstock for heat and power generation. Normally called Biomass since it refers to anything originated from living beings specifically plants and trees. These are things such as wood, grass leaves etc. or even certain types of food waste. However, when heating up the feedstock in an oxygen-free environment (after being crushed and given its size), it changes into gas via a process known as gasification. When we feed KEXIN Biomassan kaasutin into the gasifier and it turns into a gas called "syngas". Syngas is an incredibly valuable gas, as it contains three different gases—hydrogen, carbon monoxide and methane—all of which can be used for energy.
Now let’s discuss how KEXIN Biomassan kaasutin operate. These machines utilize the heat to reconfigure the chemical make-up of biomass. For the biomass that we add to a gasifier, more than 2000 degrees is required for it to 'ignite'. The temperature could go up to 1800°F! At the time, all the gasses from biomass release into it. The gases are later burned so as to provide energy, and this energy can be applied in a wide variety of cases, which range from heating flakes all the way to powering turbines.
Now let’s discuss how KEXIN Biomassan kaasutin operate. These machines utilize the heat to reconfigure the chemical make-up of biomass. For the biomass that we add to a gasifier, more than 2000 degrees is required for it to 'ignite'. The temperature could go up to 1800°F! At the time, all the gasses from biomass release into it. The gases are later burned so as to provide energy, and this energy can be applied in a wide variety of cases, which range from heating flakes all the way to powering turbines.
So now let me explain the entire process to you in a little more detail. To begin with we load the biomass in the fuel hopper. That biomass might be precut wood chips, corn stalks or even peanut shells. Then we have a fan that pushes air into the gasification chamber. This air is mixed with the biomass making a super hot flame. This flame burns so warm that it sets the biomass on fire and the subsequently produced syngas. After we have the syngas, we clean it in a dust and ash filter. And we ultimate burn the syngas in an engine for energy production. That power is a good power which can be used to light up the house, office or also for car.
KEXIN, which is a manufacturer of biomass gasifier, with its common application. While there are others who use these to provide power to their homes or work places and some even generate electricity in remote or rural areas where getting non-disruptive access to the grid could be quite a task. One of our gasifiers are even being used in an African Village! The power KEXIN Biomassan kaasutusgeneraattorisarja provides is required for basic things such as lights, refrigerators and other appliances things that people depend on a comfortable day-to-day life. Biomass gasification then is a pretty cool technology because it allows us to take substances that would otherwise end up in a landfill and create energy from them.
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