Water & wastewater
- Aeration and dissolved oxygen improvement.
- Water circulation and tank mixing.
- Process-gas injection and unused-gas recovery.
- Advanced oxidation processes (AOP).
کوهابKOOHUB
Hydraulic engineering for gas–liquid systems
Through research and development in water and energy engineering, Koohub designs and develops gas-dissolution systems, microbubble generation and management, and two-phase flow technologies. Harnessing the energy of flowing water and developing passive hydraulic equipment are part of our approach to using water’s potential more effectively and reducing dependence on mechanical equipment. Combined with composite engineering and fabrication, this approach takes ideas through testing to practical solutions tailored to each project.
Explore the technologies
Two technologies, one engineering foundation
Ready for supply, with real operating experience
Koohub’s HMTR and airlift systems are designed and manufactured specifically for each project’s process requirements and operating conditions. HMTR is ready for supply in four configurations: passive operation, compressed-air production, dissolution and gas recovery, and dissolution and mixing. Airlift pumps and mixers with lateral or radial discharge are also designed, manufactured and delivered to meet project requirements.
Applications
Start with the project duty: gas dissolution in liquid, tank circulation and mixing, or use of flow energy.
Water resources & environment
- Using water-flow energy to produce compressed air and power auxiliary equipment.
- Oxygenation.
- Water circulation and mixing in water bodies.
Industry & mining
- Process-gas injection.
- Oxidation.
- Flotation.
- Tank mixing and oxygenation of industrial and mining effluents.
Industrial aquaculture
- Using water-flow energy to produce compressed air and power auxiliary equipment.
- Dissolved oxygen improvement and degassing.
- Pumping, mixing and tank-flow management.
- Compressed air for feeding, sediment removal and pneumatic monitoring and control.
