Ideal for drying, dehumidifying, and mold prevention! We introduce a case study of a solar thermal heating and ventilation system that operates automatically using only solar energy.
Ideal for drying, dehumidifying, and mold prevention! Here is an introduction to a case study of a solar thermal heating and ventilation system that operates automatically using only solar energy.
Extracting oil from waste. It is possible to achieve overwhelming cost reduction for disposal. Low-cost implementation without fossil fuels contributes to environmental issues and reduces CO2.
We will contribute to decarbonization and the transition to non-fossil fuels!
A must-see for businesses considering biomass pellet manufacturing! We propose a system aimed at decarbonization.
For those troubled by long solvent stripping times, increased solvent usage costs, and the cost of alternative fixtures for waiting for stripping! Paint stripping through thermal decomposition without solvents!
Lightweight and compact, easy to install. Just connect the gas to enable infrared heating. There is also a wide range of combustion volume and combustion area options available.
Exhibiting at "FOOMA JAPAN 2024"! Two products equipped with a hot air drying tester that features a device for extracting and visualizing drying data, along with new functionalities!
Specifications for a compact, cost-effective catalytic combustion exhaust treatment system that can be operated safely and easily with remote autonomous driving at sterilization work sites!
High yield and excellent energy-saving effects! There are fewer worn parts, which helps reduce maintenance costs.
We will introduce the approach of waste heat recovery, which is gaining attention as a means to achieve energy conservation and CO2 reduction in the process of decarbonization, along with specific examples.
Ideal for drying, dehumidifying, and mold prevention! Introducing a case study of a solar thermal heating and ventilation system that operates automatically using only solar energy.
By combining a highly responsive far-infrared heater with hot air heating, it is possible to achieve uniform heating!
The reclaimed water employs biological treatment in the later stages! An example of reducing the COD value of reclaimed water by cutting the first distillate by 15%.
Very compact and space-saving, easy to manage! A case study that adopted reduction for rinse water treatment.
Achieving zero emissions through significant cost reduction! Introducing a case study that successfully achieved over 90% volume reduction!
After implementation, the amount of industrial waste collected decreased by about 70%! This is a case that achieved significant reduction in industrial waste emissions and cost improvements.
Activating zero emissions! Introduction of a case study that achieved stabilization of wastewater treatment facilities!
Distillation and concentration adjustment achieved recycling! A case of significant reduction in industrial waste disposal costs.
The reduction rate is 96.42%! Introducing a case study that achieved simplified processing and significant cost reduction!
A revolutionary active oxygen waste decomposition treatment device, Alpha Gaia, capable of drying and powdering organic waste, sludge, and aquatic plants at room temperature in a short time without the need for microorganisms or water supply and drainage.
Ceramic filters utilizing IsoLite Industrial's high-temperature insulation technology and molding technology. Cost reduction through prevention of burning loss and waste heat utilization.
























































































































