Next-Gen MBR Membranes for Efficient Sewage & Effluent Treatment

Water treatment for industrial and municipal facilities is becoming increasingly complex.

Traditional systems struggle to handle high-strength wastewater or space constraints, often resulting in inconsistent effluent quality, high energy consumption, and costly plant expansions.

Next-generation MBR membranes are designed to overcome these challenges, delivering reliable treatment performance in compact footprints.

The Challenge: High-Strength and Hard-to-Treat Wastewater

Effluents with high MLSS, suspended solids, or industrial contaminants pose treatment challenges:

• Space-intensive systems
• High operating costs
• Inconsistent treated water quality
• Frequent maintenance and downtime

Facilities need solutions that provide high-quality effluent while optimizing space and operational efficiency.

How MBR Membranes Address the Challenge?

Hydramem MBR membranes combine reinforced PVDF technology with advanced design:

• Handles up to 13,000 ppm MLSS
• Reduces plant footprint by 40%
• Produces <1 NTU turbidity water and 2 ppm TSS

These membranes are ideal for municipal sewage, industrial wastewater, and other tough-to-treat effluents.

Ion Exchange’s Solution: Hydramem MBR

Hydramem MBR membranes are engineered for:

• High-strength wastewater handling
• Space-efficient modular designs
• Consistent effluent quality
• Operational reliability with minimal maintenance

Benefits of Using Next-Gen MBR Membranes

• Compact design saves space and CAPEX
• Handles high MLSS loads without compromise
• Delivers high-quality water suitable for reuse or discharge
• Long-term operational reliability reduces OPEX

Conclusion

Facilities facing high-strength wastewater or limited space no longer need to compromise on quality or efficiency.

Hydramem MBR membranes offer a compact, reliable, and high-performance solution, ensuring treated water meets stringent standards with minimal maintenance.

Transform your plant efficiency and effluent quality with Hydramem MBR membranes.

Connect with Ion Exchange to explore solutions.