Location History:
- Souka, JP (1995)
- Saitama, JP (1991 - 1996)
- Hiki-gun, JP (2014)
- Satte, JP (1983 - 2017)
Company Filing History:
7 out of 163 
2 out of 42 
2 out of 94 
Years Active: 1983-2017
Title: Shigenori Nakashizu: Collaborative Innovator in Hydrocarbon Production
Introduction:
Shigenori Nakashizu, a talented inventor and researcher based in Satte, Japan, has made significant contributions to the field of hydrocarbon production. With a total of nine patents under his name, Nakashizu has demonstrated a dedication to developing efficient catalyst compositions and methods for producing hydrocarbons. His expertise lies in the utilization of Fischer-Tropsch synthesis catalysts and other innovative techniques to enhance CO conversion rates and produce high-quality gasoline fractions. Let us delve deeper into his latest patents, career highlights, and collaborative endeavors.
Latest Patents:
Nakashizu's most recent patents highlight his commitment to advancing hydrocarbon production technologies. The first patent relates to a catalyst composition for producing hydrocarbons. This innovative catalyst exhibits a high CO conversion rate while minimizing the generation of gaseous components. It enables the efficient production of gasoline fractions rich in high-octane components through the use of a Fischer-Tropsch synthesis catalyst containing metal with activity in the Fischer-Tropsch reaction, manganese carbonate, and a solid acid zeolite.
The second patent focuses on a management method for a wax fraction storage tank used in hydrocarbon production. By maintaining a temperature range of 90°C to 130°C and an inert gas atmosphere within the tank, Nakashizu's method ensures optimal storage of wax fractions produced by Fischer-Tropsch synthesis until hydrocracking takes place.
Career Highlights:
Shigenori Nakashizu has built an impressive career through his involvement with esteemed organizations in the industry. He has been associated with companies such as Cosmo Oil Co., Ltd., and Cosmo Research Institute. Working in these prominent entities has allowed him to gain valuable experience and exposure to cutting-edge technologies and research methodologies.
Collaborations:
Nakashizu's commitment to collaboration is evident in his work. Notably, he has actively collaborated with fellow inventors and researchers to explore and refine hydrocarbon production techniques. During his career, Nakashizu has worked closely with colleagues such as Kazuhito Sato and Kazushi Usui. By combining their skills and knowledge, they have collectively contributed to the advancement of the field.
Conclusion:
Shigenori Nakashizu's dedication to innovation and patenting in the sphere of hydrocarbon production is commendable. Through his recent patents, such as the catalyst composition and management method for wax fraction storage, Nakashizu showcases his ability to develop efficient solutions that improve CO conversion rates and enhance the quality of gasoline fractions. Collaborative efforts and his partnerships with industry experts have further amplified the impact of his inventions. As Nakashizu continues to make strides in this field, his contributions will undoubtedly shape the future of hydrocarbon production technologies.