Industrial water treatment increasingly demands technologies that can deliver high recovery while selectively removing dissolved contaminants. Nanofiltration membranes offer an effective solution by combining selective ion rejection with efficient water recovery.
HYDRAMEM Nano-Filtration (NF) Membranes are designed for demanding industrial water treatment applications where consistent separation performance and recovery are critical.
What Is Nanofiltration?
Nanofiltration is a pressure-driven membrane separation process positioned between ultrafiltration and reverse osmosis. It is particularly effective where selective removal of multivalent ions and dissolved contaminants is required while maintaining useful water recovery.
Proven Performance in Oilfield Applications
HYDRAMEM NF technology has demonstrated operational performance at a major onshore oilfield, delivering:
- 12 MLD proven operational reference
- 75% water recovery
- Consistent 98% bivalent ion rejection
This combination of recovery and selective rejection makes nanofiltration particularly relevant for industrial applications requiring dependable water quality and process efficiency.
Supporting Higher Water Recovery
By selectively rejecting targeted dissolved ions, NF membranes can help industries optimize water treatment processes without necessarily applying the higher separation intensity associated with reverse osmosis for every application.
The result is a practical membrane treatment approach for applications where both water recovery and selective separation matter.
HYDRAMEM Nano-Filtration Membranes
HYDRAMEM provides high-performance membrane solutions engineered for demanding industrial water and wastewater treatment requirements. Its Nano-Filtration membranes combine proven operational performance with high recovery and consistent bivalent ion rejection.
Looking to improve recovery and selective ion removal in your water treatment process? Connect with our membrane experts to explore HYDRAMEM NF solutions.
