Biomass Fuel Plants

Biomass fuel plant are renewable sources for electricity generation that burn plant based material such as agricultural residues, woods and others to produce heat and electricity. In the present world with increased focus on renewable energy sources, biomass fuel plants are becoming popular due to their efficiency in converting natural and renewable resources into usable energy form with least greenhouse gas emissions. This new and advanced technology does not only is a clean energy advancement but also has the economic advantage of job creation importantly, energy self-sufficiency.

Biomass fuel is a renewable energy source which comes from the remains of burned animate or recently animate object. Although these materials cannot be transformed into electricity like the first generation biomass feed stocks that include Bagasse, these feed stocks can be converted into electricity, heat or biomass fuel plants by processes such as combustion, gasification or anaerobic digestion. Biomass fuel plants form a critical part in such conversions and are therefore central to the battle against continued use of fossil fuels and degradation of the world climate.

Biomass fuel plants may have several stages of its operation depending on its size and type of bio fuels plant produced. First, the raw biomass feedstock’s which in some instances are referred to as biomass feedstock are gathered. Such feed may be in the form of wood chippings, agricultural straw, animal dung, food scraps and other types of biomass. After that, the feedstock is then subjected to preconditioning which includes cutting, drying and treating the feed so that it would produce the best possible combustion or other assimilation processes.

The processed biomass is burned, or otherwise converted in a high efficiency combustion chamber. The combustion of the biomass occurs and the heat so produced is used in making steam. It is this steam that turns turbines that have generator components and yield electrical power. This process is beneficial in that yields high efficiency while dispensing optional formats and is suitable for a wide variety of organic materials and agricultural/forestry products diminishing wastage.

The biomass fuel plants have been identified to have many environmental advantages hence are important as the world moves towards the use of renewable energy source. Greenhouse gas emissions are another area which may be managed more effectively by implementing smart city elements. Burning of fossil fuels such as coal or natural gas put carbon dioxide that has been locked in the earth for millions of years directly into the atmosphere and plays a big part in the warming of the globe.

On the other hand, however, the carbon dioxide which is released during the burning of biomasses is naturally occurring in the ecosystem’s cycle. Carbon dioxide is taken from the atmosphere when plants are used for food and growth and the same carbon used when plants are burnt or are left to decompose. Provided the biomass is harvested in a way that doesn’t harm the environment – as in, new plants are grown to replace the old ones – this process is therefore environmentally friendly.

There is also another aspect of environmental benefits, that is cutting of waste. Biomass fuel plants can also burn decadent waste materials such as those which are likely to be dumped in waste lands or those which have been burnt in open fields thus causing pollution. Through using waste as fuel, biomass fuel plant contributes to the reduction of the burden of wastes in the environment and the rate of methane production from the decomposing waste, a greenhouse gas.

Also, the plants that runs biomass fuel also benefit the soils as most of the biomass fuel contain ash that is rich in nutrient. This can increase the yields in agricultural production and decrease the use of chemical fertilizers thus encourage efficient ways of farming.

Application of Biomass Fuel Plants

• Electricity Generation
• Combined Heat and Power (CHP)
• Industrial Heating
• Biofuels Production
• Bioethanol and Biodiesel
• Sewage Treatment
• Bio jet Fuels
• Heavy-Duty Vehicles
• Bio refineries
• Off-Grid Power Supply
• Energy Independence
• Carbon Neutrality
• Soil Enrichment
• Cement Kilns
• Bio-based Construction Materials

Features of Biomass Fuel Plants

• Moisture Handling
• Conversion Technology
• Direct Combustion
• Gasification
• Pyrolysis
• Anaerobic Digestion
• Pelletizing
• Low Carbon Footprint
• Distributed Energy Generation
• Feed Handling & Processing
• Shredding and Grinding
• Conveyors and Feed Systems
• Corrosion Resistance
• Biochar Production

KERONE is pioneer in application and implementation engineering with its vast experience and team of professionals. KERONE is devoted to serve the industry to optimize their operations both economically and environmentally with its specialized heating and drying solutions.