Global warming is an important issue facing today’s society. The application of biochar is a potential nature-based carbon sequestration solution. Using biochar to achieve carbon sequestration and emission reduction and improve soil fertility is a hot business today.
Amazing Effects of Biochar
Biomass Charcoal (BC) refers to organic wastes such as agricultural wastes, forestry wastes, aquatic organisms, human and animal excrement, industrial wastes, etc. A highly aromatic carbonaceous substance formed by charring. Biochar has a wide range of raw material sources, low cost, and has the characteristics of porosity, large specific surface area, strong adsorption capacity, and strong carbon stability. It is an economical and environmentally friendly soil conditioner. Shows great potential and has high eco-economic benefits
Significance of Biochar in Carbon Sequestration and Emission Reduction
Reduce Greenhouse Gas Emissions
Farmland ecosystems are one of the important sources of greenhouse gas emissions. Pyrolysis is the best solution known so far to convert agricultural and forestry wastes into biochar. This method can effectively recycle agricultural and forestry waste and the biochar produced can also improve the soil and sequester carbon. The use of biochar can effectively reduce the input of chemical fertilizers, and reduce the energy consumption of chemical fertilizer production and the greenhouse gas emissions from fertilizer application.
Excellent Carbon Sequestration Effects
Biochar itself has high carbon content and high stability, which is the premise of biochar’s carbon sequestration and emission reduction benefits. The average carbon retention time in biochar is 617-2829 years, which shows excellent carbon sequestration and long-term effects.
Improve Carbon Utilization Efficiency
Biochar can promote the growth of crops, improve carbon utilization efficiency, and have carbon sequestration effect.
Different Raw Materials in Carbon Sequestration and Emission Reduction
Beston biomass pyrolysis equipment is suitable for many kinds of raw materials, including coconut shell, palm kernel shell, sawdust, surgance bagasse bamboo, wood chips, rice husk, peanut husk, jute stick, cotton stick and other solid wastes…
Different raw materials have different effects. The carbon sequestration and emission reduction benefits of biochar from different raw materials are as follows: woody biochar is higher than straw biochar, and corn straw is better than rice husk and wheat straw. Manure and sludge biochar contain more ash, and the emission reduction benefit is weak.
Why Choose Beston for Your Biochar Making Solutions?
Advanced Carbonization Technology
Generally speaking, as the pyrolysis temperature increases, the stability of biochar is higher, and the carbon sequestration and emission reduction benefits are better. Biomass carbonization technology plays an important role in biochar making. Beston employs top technical talents in the industry to study carbonization technology together. Customers can obtain efficient, feasible and environmentally friendly solutions from Beston.
From solution consultation to after-sales installation, Beston provides one-stop service. We have a complete service system and have won high praise from customers. For example, our solution consultants have more than ten years of export experience and can provide multilingual, localized professional services. They cooperate with engineers to provide you with production layout diagrams, cooperate with after-sales to find the best shipping solution for you, and cooperate with after sales team to care about whether the equipment is successfully installed and operated.
Beston Customers’ Biochar Production Site
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