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Efficiently strips carbonic acid and dissolved gases to dramatically reduce anion exchanger loads in demineralization (DM) plants.
Fabricated using high-strength FRP, mild steel, or rubber-lined composite materials for long-term corrosion resistance.
Packed with high-surface-area tower packing to break falling water into thin films for maximum gas-air contact.
Lowers caustic soda (alkali) consumption and extends resin bed lifespans, delivering major recurring cost savings.
As a trusted supplier of Degassing System in Mumbai, we engineer high-efficiency degasser towers and vacuum degassing units designed to strip dissolved carbon dioxide (CO2), oxygen, and corrosive gases from water streams, protecting downstream equipment and reducing chemical regeneration costs.
Equipped with specialized tower packing platforms that break the water column into thin films for enhanced gas transfer.
Integrated blowers force counter-current airflow from bottom to top, driving dissolved CO2 out through the top exhaust vent.
Features a bottom collection sump to hold degassed water before transfer to downstream process units.
Streamlined mechanical design minimizes moving parts, reducing equipment breakdowns and operational downtime.
Treated internal coatings prevent scale buildup and allow simple maintenance after long-term operational runs.
Available as an FRP tower, rubber-lined mild steel vessel, or specialized composite structure based on fluid chemistry.
Configurable across various column diameters, air-to-water ratios, and flow capacities for small labs or heavy industry.
Can be configured as a robust vacuum degasser for applications requiring deep gas evacuation.
| Parameter / Feature | Manual Industrial Filters | Auto Self Cleaning Filters |
|---|---|---|
| Operational Continuity | Requires stopping process flow & opening housing | 100% continuous flow during cleaning cycle |
| Labor & Operator Involvement | High; manual screen extraction & hand washing | Zero manual labor; fully automated system |
| Filtration Consistency | Variable; depends on operator timing & cleaning frequency | Highly consistent; triggered by exact DP or timer settings |
| System Downtime | Significant line shutdowns and lost productivity | Zero production downtime during purge cycles |
| Maintenance & Operating Cost | High long-term labor & replacement costs | Very low maintenance; no gears, motors, or lubrication |
Water containing dissolved carbon dioxide enters the top of the degasser tower and passes through a distributor plate to ensure uniform coverage.
The liquid trickles down through high-surface-area packing platforms, breaking into thin fluid films to expose maximum liquid surface area.
A forced-draft blower introduces pressurized air from the bottom of the column, flowing upward against the falling water film.
Dissolved CO2 shifts into its gaseous phase and vents out the top, while degassed water collects in the bottom degassing tank or sump for pumping to the place of use.
