Switching from fossil resources to biomass for realizing carbon neutralization of fuels and chemicals
We can propose ETP (ethylene to propylene) process for catalytic conversion of ethylene derived from ethanol, which is widely used as an additive of automobile fuel. It provides LPG (liquified petroleum gas)-alternative and bio-propylene through the highly selective and cost-effective ways.
- We can provide propylene by the combination of well-modified catalyst affording highly selective conversion of ethylene and well- differentiated regeneration process of deactivated catalyst. We hold highly exclusive IP position.
- Our technology can realize the drastic mitigation of CO2 emission by providing LPG-alternative and propylene derived from bioethanol as a resource, which can be procured in high volumes.
Activities targeting SDGs
Origin of the company name
Innovative Processes for Eliminating
Anthropogenic CO2 Emission
Two to Three
“Two to Three” – refers to the number of carbon molecules (the “carbon number”) in the chemical reaction that represents the company’s main process for transforming ethylene (carbon no. 2) into propylene (carbon no. 3).
He received a master’s degree at Faculty of Engineering, the University of Tokyo in 1983, he joined Ajinomoto Co., Inc. After he became Director of Research Management Department, Innovation Research Institute, he served as Deputy Director . After that, he was transferred to Keio University and engaged in the industry-academia collaboration URA . His specialty is synthetic organic chemistry, etc.
1983- Research work at Mitsubishi Chemical corp.
Research area : Design of heterogeneous catalyst & inorganic functional material.
2000 Commercialization of THF polymerization process
2001-2014 General manager of many laboratories at MCC
2002- Development of many new processes for olefin production
ETP is the most favorite and proud work.
2013 Executive officer of MCC, PO of JST CREST(Hyper Nano Space Design)
2014-2022 General manager of Setoyama Laboratory,
2014- Project leader of “Artificial Photo Synthesis” supported by NEDO
2019 Executive Fellow of MCC
He received a Ph.D. of Engineering from Yokohama National University in 2004. He was an assistant professor at department of chemical system engineering, The University of Tokyo in 2004, and Chemical Resources Laboratory, Tokyo Institute of Technology in 2006. From 2017, he has been a research unit leader of Nanospace Catalysis Unit, Institute of Innovative Research, Tokyo Institute of Technology. He was promoted to an Associate Professor in 2018.
He is a key person in R&D within iPEACE223 because he has plenty of experience in the synthesis and catalytic application of zeolites.
- Company Name
- iPEACE223 Inc.
- Aug 1, 2023
4259 Nagatsuta-cho, Midori-ku, Yokohama City, Kanagawa, 226-8501, Japan
Tokyo Institute of Technology, Suzukakedai Campus R2B-206
Head Office Registration Address
Konwa Bldg. 2F, Tsukiji 1-12-22, Chuo-ku, Tokyo, 104-0045, Japan
- Representative of Director
- Ryoichi Higuchi
- Outline of business
- Development of catalytic process for manufacturing propylene and LPG-alternative (fuel) from bioethanol
- Process design for large-scale production