Close the water loop on your site
End problems from high salt content
Enable the use of hardwater sources
Create complete water circularity and sustainability on your site - end your reliance on water utilities and reduce your discharge costs
Solve salt build-up problems in your recycle loops or cooling water systems - leading to reduction or elimination of scaling, fouling, and corrosion
Access higher conductivity (harder) water sources without any operational impacts - no need to worry about scaling, fouling, and corrosion
The Challenge: Traditional recycling systems can't handle industrial water. You're forced to discharge valuable water and purchase fresh supplies. With water costs rising, these are expenses you need to avoid.
The danu Solution:
• Recycles 90%+ of wastewater to process-ready quality
• Can eliminate all effluent discharge
• Operates continuously without fouling
• Provides consistent, reliable water quality
Why choose danu now:
✓ Slash water costs by 90%+
✓ Near-zero discharge compliance
✓ Reduce utility dependency
✓ Drought-proof operations
✓ Meet future regulations today
The Challenge: Conductivity keeps climbing with each recycle and reuse. This creates instability in your production, degrades product quality, causes scaling and corrosion, and many more problems. Finding ways to reuse your water without these problems is critical.
The danu Solution:
• Removes calcium and other problematic ions to target levels set by you
Specific species can be selectively targeted for removal
Recovery of valuable components can be targeted
• Maintains stable conductivity in your water (e.g., 800 uS/cm)
• Prevents scaling, fouling, and subsequent corrosion - all critical to reducing infrastructure damage and maintenance
• Enables true high-recovery recycling
The Challenge: Hardwater sources, defined by their high natural salt content, are problematic in operation due to the direct impacts (scaling, fouling, and corrosion) and indirect costs that are suffered (treatment, chemicals, maintenance, downtime, damage).