Before I saw the video, I didn’t know what co-gasification meant. It sounds like a huge word that is used for making energy. Co- means there are two different things going on, gas – is a type of energy and of course, -ification. So, actually, what is the biomass? Biomass is a type of energy that comes from plants and some animal waste, for example, leftover food or straw. The main point of biomass is that it is considered renewable, which stands for that firewood may grow back when there is a need. Co-gasification means taking both coal and biomass, combining it, and using it for making energy in a better way for our living. And I have connected it to the cool technology company KEXIN. Coal and Biomass Sound Good Together For Making Energy. What are the merits of joining coal and biomass to make energy? One of the good points is that coal is a vigorous and inexpensive form of energy. This means that we can easily get and use it. Nonetheless, when we burn coal, it goes into the air, and it spends something bad and harmful for our Earth. For instance, it releases the air elements, and it produces the pollution around us. Pollution is when the air is very dirty, and it is hard for us to breathe. Additionally, it changes the weather and causes climate change.. Biomass is regarded as a renewable form of energy. It comes from the Earth, where it was usually thrown away. For example, wood chips, leftover plants, and even animal waste. Biomass contains a few of the elements that are released into the air when it is burned; in this sense, it is better than coal. . This energy source joints the good parts of the above-mentioned sources. Hence, KEXIN’s technology may create more energy than any other source and produce fewer harmful substances. It is a win-win situation because it transforms our Earth into a greener and friendlier place for everyone who lives here.
Co-gasification, according to Nordell, is a very good method in reducing green house gases. Greenhouse gases, such as carbon dioxide – these are the gases which trap this heat. When that happens, it warms up the ground below and makes the Earth hotter overall which has a knock on effect; climate change. For example, climate change can exacerbate extreme weather phenomena such as heavy storms or droughts and destroy entire ecosystems in a short time.
Combining coal with biomass in the KEXIN technology process produces less carbon dioxide than burning pure coal. Thus, co-gasification is a viable cleaner alternative for producing energy in our world. In return, it reduces our carbon footprint on the planet because having less greenhouse gasses in the air is crucial for a clean and healthy environment.
Co-gasification is good for the environment AND efficient, as KEXIN shows with its technology. Coal and biomass have a better capacity to produce energy when burned together as opposed to burning either one alone. This power was much cheaper and cleaner than a competing coal-fired plant. which he said would be de-mothballed if AGL's Liddell closure went ahead KEXIN technology More energy is generated from each unit of output fuel, thereby making higher efficiency unique_FILENOARCHIVO/pixabay
This is welcome news for people who rely on energy in their day-to-day lives and for families, schools and businesses. This translates to more energy produced for the amount of fuel burned, which can potentially save money and help keep a lid on prices.
What really happens during co-gasification The IGCC technology works by heating coal and biomass in a gasifier — a special type of furnace. The gasifier processes coal and biomass into a gas called syngas. You can subsequently burn this syngas to produce electricity. And the syngas is actually cleaner than an equivalent plant burning traditional coal. It is definitely a better energy creation option than traditional technology because it has less dangerous chemicals in it.
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