Research and development of biomass fuel production using non-edible plants as raw materials.
Research and development of equipment for producing biomass fuel using biomass as raw material.
Research and development of biomass fuel production aims to "develop devices for producing biomass fuel using biomass (primarily non-food plants) as raw materials," "research and develop manufacturing methods to directly extract biomass fuel from plants through high-temperature pyrolysis using technology that utilizes superheated steam," and "enable effective utilization of extraction residues (meals) to solve the cost issues that have been a challenge in conventional methods." For more details, please download the catalog or contact us.
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【Research Objectives】 - Research and development of equipment for producing biomass fuel from biomass raw materials. - Research and development of a manufacturing method to extract biomass fuel directly from plants through high-temperature pyrolysis using superheated steam technology. - Enabling effective utilization of extraction residues and solving the cost issues that have been a challenge in conventional methods. 【Biomass Fuel】 - Bioethanol → Ethanol is produced by saccharifying, fermenting, and distilling starch-based plants such as sugarcane and corn. - Biodiesel → Produced through ester exchange reactions using plant seeds such as palm, soybeans, and sunflowers. → In reality, it is produced from used cooking oil. 【Effectiveness in Solving Social Issues】 - Production of alternative fuels to petroleum. - Reduction of carbon dioxide emissions. ● For more details, please download the catalog or contact us.
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Our company has been working on the development of a carbonization device using superheated steam, and we have completed the product development under the certification of a new collaborative business, leading to its sale. The advantageous properties of superheated steam have been recognized for a long time, but practical application has been delayed due to cost issues. Our product incorporates new ideas into the superheated steam generation device, achieving commercialization at a low cost. We offer carbonization treatment devices using superheated steam as our main product line, capable of carbonizing organic matter in quantities ranging from 200 kg to 2000 kg per day. Additionally, we also accept orders for drying devices utilizing superheated steam and superheated steam generation devices operating at temperatures between 400°C and 700°C.