- Deposition and PFC gases are directly exposed to flames from ring burners
for oxidation, reduction and pyrolysis, in order to be scrubbed.
- The equipment is ready to operate immediately after the burners are fired
on receiving an input command signal from the control panel and needs no
pre/standby burning by the combustion reactor. In addition, a unique combustion
algorithm is used to maintain fuel gas at the optimum quantity for each
type of gas to be treated. Therefore, fuel gas consumption can be reduced.
- Either alkali water circulation or fresh water scrubbing can be selected
for the gas treatment. Alkali water circulation is more economical in terms
of water consumption (more than 20%).
- Self-cleaning system (scraper + compressed air discharge), solids recovery
pot, etc. for removing and discharging fine particles generated as various
reaction by-products are provided to prevent blockage and lengthen the
maintenance cycle.
- A hardware interlock system equipped with sensors that constantly monitor
all combustion/scrubbing factors such as chamber pressure, fuel gas, scrubbing
water, temperature, etc. is provided to ensure stable and safe operation
of the equipment.
- Graphic touch panel enables easy selection of operating conditions. Also,
a user-friendly interface is provided for monitoring the equipment status.
Software is available for a central control network system that enables
multiple equipment monitoring and control from one location.
- The equipment measures 830 mm wide by 675 mm deep by 2050 mm high and weighs
360 kg. The footprint of the equipment is the smallest of all combustion
type scrubbing equipment.
- The simple and unique design of the combustion chamber and water scrubbing
section allow removal and installation of the combustion reactor without
any special jigs immediately after the equipment is stopped. This enables
quick cleaning and replacement of the combustion chamber, ensuring high
uptime.
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