Scrubber system/Purifier
Scrubber system
The use of the system is as follows:
*Dealing with toxic gases detoxified
*Safety release of combustibility gases
*Decomposing disposal global warming gas
*Dealing with vice-generative production generated by manufacturing equipments detoxified.
There are disposal methods, burning, heating, catalyst decomposition, absorbing, wet, and plasma decomposition method.
Through our long experiences in semiconductor industries and gas business, we are proud to select Scrubber equipments from wide range to meet the needs and the purpose of each customer.
Classifying into electronics industries
Classifying into scrubber method
Classifying into use of scrubber system
- Scrubber system for productive equipments----dealing with exhaust gases come out from the productive equipments
- Gas Cabinet VENT scrubber system-----dealing with residual gas
- Emergency Scrubber System------In case of emergency situation such as gas leaking in the supply equipments
We propose and suggest the best scrubber system to meet the needs of customer.
TOC(Total Cost Ownership) cost balance assessment
We asses the costs that suppose to occur in the future by converting into scrubber basis price, main costs for 5 years, and maintenance parts costs for 5 years.
Efficiency and technical valuation
We asses the costs that suppose to occur in the future by converting into scrubber basis price, main costs for 5 years, and maintenance parts costs for 5 years.
Safety・Steady operation assessments
We consider gas properties and asses the safety operation such as maintenance system, periodic, method, achievements after the installation and continuous operation.
Purifier
We can propose the best purifying method and device from various manufacturers' types.
We offer the purifier for the special material gases such as NH3 and HCL, and the air or N2 purifier for the ArF liquid soak stepper.
■Guaranteed : ≦1ppb
The removed substance and guaranteed value are different case by case, the final guarantee can be decided by the customer's conditions.
Method | Purified Bulk Gas | Purified Flow Rate | ||||
---|---|---|---|---|---|---|
N2 | O2 | Ar | H2 | He | ||
Adsorption | ○ | ○ | ○ | ○ | ○ | 3〜6,000 Nm3/hr |
Getter | ○ | ○ | ○ | ○ | 0.3〜50 Nm3/hr | |
Cryogenic | ○ | ○ | 10〜500 Nm3/hr | |||
Palladium Metal Membranes | ○ | 0.1〜40Nm3/hr |