Business
S-Bridges Eco System
To achieve a fully circular economy, we have developed Bio Material Transformation (BMT), an innovative ecosystem that redefines material sustainability. By addressing critical global challenges--including the protein crisis, food waste reduction, and carbon neutrality--BMT paves the way for a more resilient and sustainable future.
※Bio Material Transformation (BMT) is a registarded trademark of S-Bridges.
©2025 S-Bridges Corporation. All rights reserved
BMT Team
We are initiating our BMT business in the market through a strategic partnership with seven companies across diverse industries, including ours.
Technical Team
Yoshihiko SanoS-Bridges CTO
Associate Professor
Engineering
Shizuoka University / Ph.D
Takashi IkkaS-Bridges CBO
Associate Professor
Applied Life Science
Shizuoka University / Ph.D
Akihiko NakamuraAdvisor for S-Bridges
Professor
Applied Life Science
Shizuoka University / Ph.D
Hiroto YamashitaAdvisor for S-Bridges
Assistant Professor
Applied Life Science
Shizuoka University / Ph.D
Getting together from various departments of Shizuoka Univ.
to solve the issues facing the Earth for the sustainable future
and to show the ideal model of Academic and Industrial collaboration
for making a great contribution to sustainable economy.
We are always welcome to join our team to establish a better future together.
Come on and join us.
Marketing for Business Development
Non-consumption X technology has sparked industrial revolutions and reshaped entire eras.
S-Bridges is pioneering a new revolution by harnessing engineering and technology to transform plant-based materials that would otherwise go unused. Through innovation, we challenge conventional social structures and drive meaningful change.
Non-consumption X technology
has sparked industrial revolutions and reshaped entire eras.
Steam X Technology
Steam, a form of 'unused' energy, was harnessed to power locomotives, leading to breakthroughs in production technology and a transformation in energy utilization.
Oil X Technology
Petroleum, as an 'unconsumed' energy source, is utilized as onboard power for automobiles and serves as a heat source, power source, and raw material.
Botanical X Technology
In the case of tea leaves, only about 20% are used for green tea, while the remaining 80% is discarded and left unutilized.
S-Bridges has developed a full-extraction technology that enables 100% utilization of plant-based materials.
Botanical X Technology
©2025 S-Bridges Corporation. All rights reserved
Marketing for Engineering & Technology
Cell Breaker®（CB） Full Extraction Technology
Our proprietary enzyme processing and wet milling technology enable the full extraction of plant components in their optimal form. We are actively researching and developing enzymes tailored to specific plant materials.
※Cell Breaker is a registered trademark of S-Bridges.
Cell Breaker®（CB）Prototype image
Cell Breaker®（CB）enables full extraction, as shown in this electron microscope image of the leaves.(Magnification: 200%)
Green tea leaf
Green tea grounds
Cell Breaker®
Proprietary enzyme + wet milling
(Separated into vein fiber cellulose.)
Marketing for non consumption material
The system fully utilizes optimally extracted components from unconsumption materials.
The waste liquid remaining after full component extraction can be utilized as liquid fertilizer.
Effectiveness of liquid fertilizerImpact on tomato growth (38 days after sowing)
Effectiveness of liquid fertilizerImpact on Komatsuna, Japanese mustard spinach growth (38 days after sowing)
Digital Integration
By integrating AI-driven digital solutions, we optimize plant component extraction and market data utilization. This process enables both precise carbon credit calculations and the development of new sustainable business models."
©2025 S-Bridges Corporation. All rights reserved
