1. Gentle drying of all types of sludge with high adhesion and water content.
Our world-patented original mechanism dries even sludge that tends to clump to the inside of the sludge.
Continuous low temperature drying with minimal change in composition, making it suitable for a wide range of applications
Unattended operation possible 24 hours a day
2.Low temperature drying minimizes compositional changes and is ideal for recycling and upcycling
Indirect steam drying suppresses compositional changes caused by high temperature drying
Can be used for recycling and upcycling as fertilizer, feed, soil conditioner, etc.
3.Reduced environmental impact and operating costs
No carbon dioxide emissions, unlike direct-fired dryers such as burners
High drying heat efficiency reduces steam consumption
Fuel costs can be reduced by using excess steam.
Decarbonized drying is possible by using an electric boiler.
4. Less trouble after start-up, easy maintenance
Low wear of parts due to slow rotation speed of dryer blades
Continuous drying system allows easy operation control and unmanned operation 24 hours a day.
5. Contributes to waste reduction, CO2 emission reduction and resource conservation
Drying sludge reduces its weight and waste disposal costs.
Reduces CO2 emissions by reducing the number of trucks used
Recover minerals and phosphorus contained in sludge and contribute to resource conservation
6. Patented original technology
We have a total of 11 patents (2 in Japan and 9 in 7 foreign countries) for our proprietary technology.
7. Diverse applications
Suitable for a wide range of applications, including organic waste with high water content, sludge, manure, digested methane fermentation liquid, and waste.
8. Energy saving design
Low-temperature drying and indirect steam method reduce fuel consumption and CO2 emissions.
9. economic efficiency
Low operating costs and energy-efficient design reduce power costs
10. Versatile applications
Capable of drying various types of high moisture content organic waste, such as sludge, slurry, and food waste
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