Energy Reformation Leads By Biomass Gasification For Synthesis Green Methanol
On January 15th-16th,2024,there is a grand gathering in the liquid solar industry in Suzhou,Jiangsu province,--the "2024 (Third) Liquid Solar Industry Development Forum".This forum brings together numerous industry leaders, experts, scholars, and business representatives to discuss the future trends and resource integration of the liquid solar industry.
Facing the double challenges of global climate and energy crisis,the green and renewable energy solutions will be vital importance.The liquid solar industry, as an emerging field, provides strong support for the global energy structure transformation by utilizing renewable energy for hydrogen production and CO2 resource utilization.
At the forum,Professor Shoujun Zhang,the chairman of Hefei Debo Bioenergy Science&Technology Co.,Ltd made a speech on 《Research and Industrialization Application of Green Methanol Technology through Biomass Gasification》and was invited to serve as a guest for roundtable discussions.
Green methanol ,as a new cleaning energy,will have a wide application prospects.however how to achieve its efficient, low-cost, and environmentally friendly industrial production has always been a focus of attention in the industry. Mr.Shoujun Zhang elaborated in his speech on the key technology research and industrial application of biomass gasification to synthesize green methanol, providing a solution to this problem.
As a leading figure in the field of green energy, Zhang Shoujun pointed out that the technology of biomass gasification to synthesize green methanol has significant advantages. Firstly, as a renewable resource, the utilization of biomass helps to reduce dependence on fossil fuels and lower carbon emissions. Secondly, by using gasification technology to convert biomass into raw materials for synthesizing green methanol, efficient, low-cost, and environmentally friendly energy conversion can be achieved. Finally, as a clean fuel, the application of green methanol helps to reduce air pollution and promote the optimization of energy structure.
In his speech, Zhang Shoujun demonstrated through specific cases the comparison of various gasifier types for biomass gasification to synthesize green methanol technology. He emphasized that due to the complexity of biomass raw materials and their diversity in particle shape, moisture content, composition, ash melting point, etc., it is not possible to completely replicate gasifiers for biomass gasification. It is necessary to adapt to stable reactions and continuous operation of multiple raw materials in the furnace, while also reducing the pre-treatment cost of biomass raw materials, especially granulation, carbonization and grinding, which greatly increases the cost of raw materials. After 16 years of exploration, Debo Energy has developed a new circulating fluidized bed gasification device, which has completed various experiments such as small-scale and pilot tests. There are large-scale industrial operation cases and more than 100 biomass raw material characteristic libraries have been established. These achievements not only verify the feasibility of the technology, but also lay a solid foundation for the large-scale biomass gasification to produce green methanol.
This speech resonated widely with the attendees. Many experts and scholars have expressed that the development prospects of biomass gasification to synthesize green methanol technology are full of expectations. This technology is an important way to solve the energy crisis and reduce carbon emissions, opening up a new path for the global green energy revolution. At the same time, everyone also hopes that Debo Energy can continue to lead technological innovation and industrial upgrading in this field.
In the future, Debo Energy will continue to devote itself to the research and industrial application of biomass gasification to synthesize green methanol technology. We believe that with the continuous progress of technology and the rapid development of the industry, green methanol will be more widely used on a global scale. This will not only provide new solutions for solving the energy crisis and addressing climate change, but also contribute to promoting sustainable development and building a better future.
As Shoujun Zhang said:“We will continue to deepen the research on biomass gasification to synthesize green methanol technology, strive to promote its industrialization process, and make greater contributions to achieving the optimization of global energy structure and sustainable development ”