Sectoral past results
Insulator CFC recovery device - Household appliance recycling
We delivered to 7 home appliance recycling plants in B group(Hitachi, Mitsubishi, Sony, Fujitsu, Sharp, Sanyo).
They are in operation at high recovery rate.

Dry-cleaning device - Nuclear power plants
We have 61 delivery records to nuclear power plants in Japan.
Use: Decontamination for working wears

[ Type ] VIC-530 < Patent No.1306109 >
[ Dry-cleaning device VIC-530 ]
Liquid rocket motor - Cleaning system
About JAXA
We delivered a solvent recovery device and incidental facilities to JAXA (Previous name : NASDA)
Recovery device main spec
| Disposal air volume | 110m3/min |
|---|---|
| Recovery solvent | HCFC225cb |
| Adsorption system | Granulated activated carbon 2-tower adsorption system |
| Recovery rate | Removal efficiency of exhaust concentration is more than 95% to adsorption concentration. |
| Remarks column | All stainless specification Portable adsorption tower enable adsorption operation at separated place from the device. |
Incidental facilities
- Part washing board
- Rectifier
- Quantity of rectification : 5L/hr
- Capacity of rectification: NVR concentration 1wt.ppm to NVR concentration 10wt.ppm
We received a certificate of appreciation, as we delivered this device.


Cooperative study with Peking University
Peking University Shenzhen Laboratory and we signed cooperative study about [ Wastewater "zero emission and recycling" Industrial Technology Research] on 10 Oct. 2010. Demonstration device "GEN" at Peking University Shenzhen Laboratory has started for the cooperative study. We provide a experiment service without charge aiming zero emission and recycling from at business places to at the government level.
5th Japan-China energy saving/ environment integrated forum: Selection of cooperative idea and signing idea
Released on 24 Oct. from Ministry of Economy, Trade and INDUSTRY
http://www.meti.go.jp/press/20101024001/20101024001-1.pdf (Japanese)


Cooperative Research and Development Agreement (Chinese)
Award of Merit