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OVERVIEW
EFFICIENT GAS REMOVOL, AT A LOW LIFE-CYCLE COST
Dissolved gases cause real problems. Carbon dioxide (CO₂) makes water acidic, causes corrosion and puts extra load on DI and EDI systems. Hydrogen sulfide (H₂S) gives water a rotten-egg smell. Our degasifiers remove both, so the water is suitable for drinking, irrigation and industrial use.
Each system is customized for your project, built from PP, with a compact footprint and comprehensive monitoring and control.
TYPICAL USES
- Boiler feedwater treatment
- Industrial process and cooling water
- Food, beverage and pharmaceutical
- Aquaculture and wastewater treatment
HOW IT WORKS
INSIDE A DEGASIFIER
Water is spread over the packing at the top of the tower. A blower pushes air up from the bottom, and the dissolved gases leave the water and exit at the top.
STEP 1
Raw water
Tap, well, river or sea
STEP 1
Feed water
With CO₂ or H₂S
STEP 2
Water distributor
Spreads water over the packing
STEP 1
Raw water
Tap, well, river or sea
STEP 3
Packing media
Large surface for gas release
STEP 1
Raw water
Tap, well, river or sea
STEP 4
Air blower
Air flows up and carries gases out
STEP 1
Raw water
Tap, well, river or sea
STEP 5
Degassed water
Collected in the sump below
KEY FEATURES
WHY CHOOSE OUR DEGASIFIERS
Removes H₂S and CO₂
No more acidity or rotten-egg smell.
Energy efficient
Low-power blowers and pumps.
Reduced chemical usage
Less caustic and less load on DI resin.
Low life-cycle cost
High performance for many years.
Drinking and irrigation quality
Purified water ready for safe use.
Eco-friendly
Gas removal with air, not chemicals.
SPECIFICATIONS
TECHNICAL DATA
Every degasifier is customized for its flow and water. Download the datasheet for typical sizes, or send us your water data.
Capacity range
600–5,000 m³/day
Construction
Polypropylene (PP)
Removes
CO₂ and H₂S
Design
Customized for each project
Footprint
Compact
Monitoring and control
Comprehensive monitoring and control
APPLICATIONS
WHERE DEGASIFIERS IS USED