Exhaust gases containing hydrogen, as well as exhaust gases consisting solely of hydrogen, can be processed by a single unit, and it can also accommodate fluctuations in concentration and airflow. There are numerous implementation results at a certain semiconductor manufacturer!
For those struggling with industrial waste disposal costs and operational crises due to solvent shortages! We provide solutions through explosion-proof vacuum distillation and full automation, achieving annual cost reductions of tens of millions of yen.
【31st Invention and Idea Award Winner】No thermal decomposition of solvents, reusable! Paints and coatings. A continuous recovery device for solvents from ink waste liquid using vacuum distillation.
For those struggling with hard-to-procure solvents and enormous disposal costs! We solve this with a large solvent recovery machine that is less than a plant, achieving cost reduction and reducing industrial waste and CO2 emissions.
Many domestic manufacturers with production bases overseas have a proven track record! We are also looking for sales agents for this product.
[Essential for those considering measures against factory odors and dust, as well as cost reduction for exhaust gas treatment] An explanation of the achievements in exhaust gas treatment at various factories and the differences from other scrubbers.
Many successful implementations by a certain chemical manufacturer and others! Compatible with small to large air volumes according to exhaust gas flow! Electric heater options are also available to reduce CO2 emissions.
We offer small solvent recovery devices such as atmospheric distillation recovery units, compact continuous solvent regeneration units, and vacuum distillation recovery units!
You can use it for odor control from various sources such as restaurants, food centers, food factories, painting factories, printing industries, and livestock industries.
Measures to combat odors for neighboring areas! Introducing examples of exhaust deodorization from a school lunch center.
Introducing an exhaust gas treatment system that achieves stable processing performance and high processing efficiency, with less than 1 PPM at the time of delivery!
Significantly improve the efficiency of gas-liquid mixing! The key to solving issues such as hydrogenation may lie in stirring design.


































































































































