Equipment
VOC Stripping Systems
Counter-current packed towers for VOC removal from water.
Overview
K-Pack air strippers use high-efficiency counter-current packed towers to transfer VOCs from water to an air stream, enabling compliant discharge and reduced odour emissions.
How It Works
Process flow and treatment mechanism in simple steps:
- 1
Contaminated water flows downward through a packed tower.
- 2
Clean air or steam flows upward counter-current to the water.
- 3
VOCs transfer from the liquid phase to the gas phase.
- 4
Stripped water exits for safe discharge; vapour can be treated optionally.
Applications
Industries and situations where this product is ideal:
- Oil and gas produced water
- Chemical plant effluent
- Pharmaceutical manufacturing
- Painting and coating operations
Technical Highlights
Sizes, flow capacities, material options and design notes:
- Efficient air or steam stripping
- Enclosed design for odour and vapor control
- Integrates with IGF, DAF and biological systems
- Optional carbon or thermal oxidation for vapour treatment
- Stripping media
- Packed tower
- Stripping agent
- Air / steam
- Vapour treatment
- Optional carbon / thermal
- Integration
- IGF / DAF / biology
Specifications are indicative. Final design is engineered to your effluent and site conditions.
Photo Gallery
Fabrication, site installation and commissioning photography. Click any image to preview full size.

Case Study
Manufacturing · Global
Industrial Client
K-Pack equipment delivered stable separation performance under variable loads, meeting discharge targets with lower footprint and dependable after-sales support.
Get Quote
Share the following details with our engineers for a tailored proposal for your VOC Stripping Systems requirement:
- VOC species and concentrations
- Flow rate and temperature
- Discharge limits
- Vapour treatment requirements
Our Range
Explore more equipment
Need this system sized for your plant?
Tell us about your effluent and operating conditions — our engineers will respond with a tailored proposal.
