Lixin Guo

Title: Lixin Guo: Revolutionizing Biomass Conversion Processes

Introduction:

Lixin Guo, a renowned inventor and innovator based in Beijing, China, has made significant contributions to the fields of biomass utilization, energy, and chemical industries. With 16 patents to his name, Guo has pioneered novel conversion processes that offer sustainable and efficient methods for transforming organic and inferior oils. This article explores Guo's latest patents, highlights his career achievements, and showcases his collaborations in the industry.

Latest Patents:

Guo's most recent patents focus on two groundbreaking conversion processes. The first, titled "Conversion Process for an Inferior Oil," addresses the need for effective utilization of inferior oils by increasing their liquefaction yield and calorific value. By utilizing a catalyst chosen from a group of compounds, including iron oxide, desulfurization waste agents, and their regeneration products, Guo's innovations prevent free radical condensation polymerization during the cracking process. Additionally, the generation of active hydrogen from the conversion of carbon monoxide (CO) and water enables hydrogenation, further enhancing the quality of the obtained oils.

The second patent, called "Conversion Process for an Organic Material," extends Guo's research to the conversion of organic oils, specifically in the context of biomass utilization. Using aqueous slurry and a similar set of catalysts, Guo's process effectively converts organic materials, including biomass solids, without the need for dehydration. Moreover, the ability to introduce water into biomass or mineral oil during the conversion process offers further flexibility and efficiency.

Career Highlights:

Throughout his career, Lixin Guo has held significant positions in notable companies. He worked at Beijing Huashi United Energy Technology and Development Co., Ltd., where he likely played a pivotal role in developing and refining his patented conversion processes. Additionally, Guo's expertise has also extended to collaborations with colleagues such as Ke Lin and Lin Li, further bolstering his contributions to the field.

Collaborations:

While information is limited regarding specific collaborations, Guo's association with Ke Lin and Lin Li suggests a collaborative environment where multiple minds have worked together to push the boundaries of biomass conversion processes. Building on previous research and sharing expertise within the industry, collaboration plays a crucial role in advancement and innovation.

Conclusion:

Lixin Guo's groundbreaking inventions and patents in biomass conversion processes have brought new possibilities to the energy and chemical sectors. By using catalysts and strategic molar ratios, Guo's conversion processes effectively prevent undesired chemical reactions while maximizing conversion yields and enhancing the quality of oils. As a pioneer in the field, Guo's work demonstrates the potential of sustainable solutions for utilizing organic and inferior oils, leading to a more sustainable and efficient energy future.