Founder’s Message
Unlocking the
Power of Algae
How diverse are the algae that exist around us?
Although I have been engaged in fundamental research on algae for nearly 20 years, this question has not yet been fully answered.
Our company conducts research based on the perspectives cultivated through fundamental studies, aiming to deepen our understanding of the physiological responses of algae. Based on this knowledge, we are working to develop mass cultivation technologies for promising algal species that can meet the needs of society.
By skillfully unlocking the potential hidden within diverse algae, we aim to transform these possibilities into practical solutions that contribute to the advancement of society.
Representative Member
Yuu Hirose
Company Information
| Company Name | Sinalgae LLC (Japanese: Godo Gaisha Sinalgae) |
| Established | February 2024 |
| History | February 2024 – Head office established in Toyohashi, Aichi, Japan May 2024 – Certified as a venture company originating from Toyohashi University of Technology |
| Financial Institutions | Toyohashi Shinkin Bank Japan Finance Corporation |
| Number of Employees | 4 (as of April 6, 2026) |
| Representative | Yuu Hirose |
| Head Office | 1-1 Hibarigaoka, Tempaku-cho Toyohashi, Aichi 441-8580 Japan Inside Toyohashi University of Technology |
Our Business
Research and development, manufacturing, and sales of fucoxanthin
We provide high-quality fucoxanthin ingredients using low-cost mass production technology.
Fucoxanthin, a pigment found in certain seaweeds and microalgae, is a functional compound expected to have excellent pharmacological effects, including anti-obesity properties.
We utilizes the technology of a unique algal strain discovered by Associate Professor Yu Hirose of Toyohashi University of Technology. This technology overcomes conventional challenges such as low fucoxanthin content and the high cost of cultivation.
We aim to establish a low-cost, large-scale production system for fucoxanthin and develop and supply related raw materials and products.
Transforming Idle Greenhouses into High-Value Algae Production
Creating a More Profitable Future for Greenhouse Agriculturenext-generation bioresources to support a sustainable society
As greenhouse growers face challenges such as labor shortages, an increasing number of greenhouses are being left unused across Japan.
We are pioneering a new model of greenhouse agriculture by repurposing these idle facilities to cultivate diatoms—a unique group of microalgae with significant commercial potential.
By utilizing underused greenhouses distributed throughout local communities, we create new opportunities for high-value production alongside conventional crops. This approach provides greenhouse operators with an additional source of revenue while supporting the long-term sustainability of agriculture.
Beyond greenhouse revitalization, we are unlocking the untapped potential of diverse microalgae, creating new opportunities for regional agriculture and fostering the growth of emerging bio-based industries.
Algae Biotechnology Support Services
Providing specialized expertise as a partner in algae research
Leveraging the know-how we have accumulated through our research activities, we provide the following services:
Exploration and identification of new algae species
Analysis of genes, metabolites, and pigments
Technical guidance for algae cultivation
Support for industrial application and commercialization
Building on our experience in projects adopted under the “Knowledge Hub Aichi” Project, we also promote collaboration with agricultural businesses in Aichi Prefecture.
Research Overview
Discovery of Unique Algae and Functional Evaluation
We have discovered algae with high fucoxanthin content, which had previously been difficult to identify.
We are advancing quantitative evaluation of functional components and verification of their pharmacological effects.
Establishment of Mass Cultivation Technologies for Algae
・Development of high-density cultivation technologies
・Construction of low-cost production processes
・Development of scale-up technologies
We are establishing cultivation systems designed for industrial applications.
Multifaceted Research on Algae Utilization
・Application for feed use
・Research on biofuel production technologies
・Exploration of new functional components
・Evaluation of environmental adaptability
Through these efforts, we conduct research aimed at maximizing the potential of algae.