Yes, even furniture is usually made from the wood and will have trapped energy. We see those materials every time we look around us, but what may not pause to consider is that they can be harnessed for energy generation. Biomass steam gasification — A novel route for syngas production This is a technology that we at KEXIN are genuinely excited about, as it provides us with the ability to produce cleaner energy and reduce pollution within our environment. If that seems a little scary, we could at least say on the bright side it means we can build some power without killing off our planet.
The biomass (the rest of the plant) is put into a container specifically for gases called a gasifier. The biomass is heated up to a very high temperature in the gasifier, also with steam. These temperatures can climb up to 700 -1,000 degrees Celsius! That’s really hot! Once gasified it produces a syngas. It is composed mainly of two types of gases hydrogen, carbon monoxide and some amount of methane called as syngas. In turn, syngas can be exploited in various methods for producing energy usable within our households and enterprises.
A common application for syngas is to combust it in a turbine. This burning produces electricity that is used to power our lights, computers and more. The remaining syngas could also go into boilers to provide heat for our buildings. In short, with the aid of Pārdodu koksnes gazifikācijas ģeneratoru we can thereby efficiently liberate that energy contained in those natural materials surrounding us.
Izmantojot biomasas gazifikācijas process there is a useful role in providing for the utilization of materials that would otherwise be seen as waste. For example, someone who turns the branches leftover from logging trees into lumber. Instead of allowing this wood to rot and decay in the forest, they are able to convert it into energy using a specific method. This lets us take that waste stream, something you would usually discard because it is insoluble and creates a problem when recycling paper for example, and turn this into an asset instead.
One of the other key advantages to biomass steam gasification is that it reduces the carbon dioxide emissions into the atmosphere. Biomass materials that are allowed to decompose release carbon dioxide as a result of the rotting process, and we all know how dangerous is rereleased gas in terms of GHG emission.! However, when we burn biomass for energy it is largely offset by the carbon dioxide that was captured while plants grew. Therefore Biomass energy is considered as environment friendly and clean source of power generation. And it does not emit green house gases like other sources such has coal, oil etc., making biomass energy a carbon neutral source of power production which means the entire CO2 emission on inflow will get absorbed by natural eco system during bio mass cultivation process.]
The KEXIN power plant is one place that has begun using biomass steam gasification. Take wood chips and agragate waste (the unused parts of plants are examples) for use in producing electricity using specifically steam gasification at KEXIN. Through this process, KEXIN can largely reduce carbon emissions of its factory and get more zero added values for the natural environment. While this will always be convenient, by using biomass rather than traditional fossil fuels KEXIN can even generate secure and reliable power for all through environmentally responsible means.
But there is a difficulty using the biomass steam gasification. For one, it can cost a lot to establish all the machinery and equipment required in biomass processing correctly. Avoiding biomass quality issues is equally tricky. This is crucial in gasification process because poor quality biomass may render the entire conversion exercise less effective and efficient.
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