Softening Systems
ALL SERVICES
- Water Treatment Consultancy and Engineering Services
- AC4400 Electro Chemical Reactor
- Waste Water Recovery
- Clean Water Filtration
- Reverse Osmosis Systems
- Ultra Filtration Systems
- Sand Filters
- Softening Systems
- Process Water Analysis
- Cetamine
- Boiler Water
- Mechanical Filtration Consultancy Project and Engineering Services
- Iron and Steel Industry
- Wastewater Recycling Consultancy Engineering and Project Services
- Wastewater Analysis
- Cooling Treatment
- Power Plants
- Deposit Analysis
- Closed Circuit Water Treatment Chemicals
- Food and Beverage Industry
- Paper and Wood Industry
- Reverse Osmosis Chemicals
- Corrsave® 100
- Legionella Analysis
- Geothermal Industry
- Ultrasonic Thickness Measurement Analysis
- Dilurit® BC S
- Wastewater Treatment Chemicals
- Automotive Industry
- Drinking Water Treatment
- Membrane Autopsy Analysis
- Pool Water Treatment
- Chemical and Pharmaceutical Industry
- DReeM Polymer™
- Dust Collectors
- Refinery and Petrochemical
- Tunnel and Mining
- HydroBio Advance
- Geothermal
- KuriLoc Kit
- Manufacturing Industry
- Kuriverter™ IK-110
- S.sensing CS
- S.Sensing Matrix System
- RC Box Applications (RC Membrane Repair)
- Online Automation
- Electro Chemical Reactor
Calcium (Ca 2+) and magnesium (Mg 2+) ions, which are known among ions in raw water and cause hardness in water-using industries, are most likely to cause problems. These ions negatively affect the quality of products in textile and chemical industry, machine industry, surface and heat treatment baths. In addition, water softening systems are widely used for industrial and domestic purposes as they cause problems in heating-cooling systems, steam boilers, circulation systems and pipes.
The regeneration of ion exchange resins used in water softening systems is divided into direct current and reverse current. Especially for softening of water with high hardness, reverse current regeneration system is used. Because this both prevents hardness leakage and reduces salt and water consumption on system.
