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This equipment is a plant designed for small-scale use. Everything needed is stored in a container, making it very compact. The raw materials consist of food waste, agricultural residues, and small amounts of garbage from supermarkets. The biogas production varies depending on the raw materials, but as a guideline, it is approximately 30 m³ or 80 m³ per day. The fermentation tank operates at a temperature of 35°C, allowing for stable methane fermentation. By connecting to a stove or boiler, the biogas can be utilized, and the digestate can be reused as liquid fertilizer. It is an environmentally friendly plant that processes food waste and other materials without generating greenhouse gases. *For more details, please download the PDF or feel free to contact us.*

• Other resource recycling

Amid the trend of expanding the use of renewable energy, there is increasing attention on biogas power generation using organic waste as raw material. However, compared to regions with a long history like Europe, the reality is that Japan still lacks knowledge in this area. This system is manufactured in Japan and is suitable for operation within the country, with the capability to scale up from a demonstration test size. 【Features】 ■ Small-scale system accepting raw materials from 0.5 tons/day ■ Significant reduction in construction costs and time through container utilization ■ Flexible response to future increases in processing volume (easy expansion) ■ Improved power generation efficiency through a unique solubilization process *For more details, please refer to the catalog or feel free to contact us.

• Power generation equipment
• Systems Architecture
• others

Biogas plants produce combustible methane gas using organic waste (such as food scraps, livestock manure, and sewage sludge) as raw materials, harnessing the power of microorganisms, and are one form of 'renewable energy' that can be utilized in generators, boilers, and stoves. What was previously disposed of as waste at a cost now becomes a source of energy. While large-scale centralized systems are suitable for enhancing efficiency, large plants are often too big to meet specific needs (such as limited budgets, lack of experience, insufficient raw materials, or limited land). Therefore, we intentionally propose a "small-scale decentralized" approach. ● Demonstration plants for future large-scale development ● Extremely small-scale waste processing at the community level in remote islands and rural cities ● Compliance with food recycling methods in food factories ● Environmental conservation and sanitation improvement in developing countries

• Power generation facilities