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Breakthrough Achievement: 720-Hour Continuous Biomass Pyrolysis Technology Success

Exciting! In 2024, we have made a significant breakthrough in biomass pyrolysis technology again  – 720 hours of continuous operation success of biomass pyrolysis plant. This breakthrough not only marks the maturity of the technology but also lays a solid foundation for large-scale applications in the future.

Why Develop a Longer Continuous Biomass Pyrolysis Technology?

Currently, biomass pyrolysis technology has demonstrated its immense potential in energy recovery, waste treatment, and carbon neutrality. However, the duration of continuous stable operation of the equipment has limited its efficiency and feasibility in large-scale applications. Therefore, we have developed and upgraded the technology to address this issue. This new technology can:

Reduce Downtime & Increase Production Efficiency

Traditional biomass biochar production equipment often faces operational time limitations, leading to equipment failures or shutdowns during extended operation. The new technology addresses this issue by minimizing downtime and improving operational reliability. Ultimately it increases the system’s whole productivity and economic benefits.

Support Biochar to Meet Carbon Sink Standards

The new technology maximizes the carbon content of biochar by preventing combustion, thereby enhancing its carbon sequestration potential. It also reduces carbon emissions during production by minimizing downtime, stabilizing energy consumption, and optimizing energy usage. These further enhance the carbon reduction potential of biochar.

What Technical Challenges Have We Overcome?

Tar and Wood Vinegar Liquefaction Issues

Tar and wood vinegar liquefaction can cause pipeline blockages, disrupting the continuous operation of equipment. The new continuous biomass pyrolysis technology effectively prevents the premature condensation of tar and wood vinegar.

Carbon Powder Accumulation in Pipelines

During long-term operation, the accumulation of carbon powder may cause pipeline blockages and reduce operational efficiency. The new generation of biomass pyrolysis technology addresses this challenge.

Conclusion

Through technological innovation, the successful 720-hour continuous operation has opened up new prospects for biomass pyrolysis technology and enhanced Beston Group‘s competitiveness in the global market. We will continue to dedicate ourselves to innovation and applications, promoting environmental protection and sustainable development.

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