Matthew D Summers

Title: The Innovative Mind of Matthew D. Summers

Introduction

Matthew D. Summers, an inventive force hailing from Auburn, California, has significantly contributed to the field of renewable fuels. With a unique approach to the production of ethanol from synthesis gas, his work is pivotal in promoting sustainable energy solutions.

Latest Patents

Matthew holds a patent for a "Combination catalytic process for producing ethanol from synthesis gas." This innovative process involves a catalytic method that selectively produces ethanol by exposing synthesis gas—primarily composed of hydrogen and carbon monoxide—to three distinct catalysts within a reactor. The first catalyst functions as a hydrogenation promoter, comprising Cu-Zn, Mo, or Fe, potentially enhanced by an alkali metal additive and a support material like aluminum oxide, silica, zeolite, or clay. The second catalyst is a homologation promoter consisting of one or more Group VIII metals with complementary co-catalyst metals such as Y or lanthanide or actinide series metals, also supported by optional additives. The third catalyst acts again as a hydrogenation promoter. This carefully designed sequence of catalysts optimizes both selectivity and yield for ethanol from syngas, marking a significant advancement in the field.

Career Highlights

Matthew is currently employed at Pacific Renewable Fuels, Inc., where he continues to innovate in the renewable fuel sector. His dedication to enhancing the efficiency of ethanol production aligns with global efforts to develop sustainable energy alternatives.

Collaborations

Throughout his career, Matthew has worked alongside notable colleagues such as Ronald G. Hurley and Dennis Schuetzle. Their collaborative efforts exemplify the power of teamwork in driving technological advancements and achieving innovative breakthroughs.

Conclusion

Matthew D. Summers exemplifies the spirit of innovation within the renewable energy industry. His patent for a catalytic process highlights not only his inventive prowess but also his commitment to creating sustainable solutions for fuel production. As he continues to work at Pacific Renewable Fuels, Inc., the implications of his research may have far-reaching effects on the future of energy.