Algae are emerging as powerful bio-fertilizer producers, but unlocking their full metabolic value requires efficient separation and purification. By integrating advanced ceramic membrane technology such as Megaflux-CRM, operators can recover high-value metabolites—polysaccharides, phytohormones, pigments, with better flux stability, lower fouling, and gentler processing. This combination is transforming algae from simple biomass into a cornerstone of sustainable, circular agr

Reclaim chemical and petrochemical wastewater with PHILOS Megaflux-RO. Learn how UF–RO integration, selective RO replacement, and localized membranes reduce OPEX and improve reliability.

This case study presents how PHILOS Megaflux-CUF ultrafiltration enabled the reuse of 2,000 m³/day of semiconductor wafer wastewater. By removing fine CMP particles, metals, and variable chemistries, the UF system stabilized RO/EDI performance, reduced ultrapure water consumption, and improved overall sustainability in a water-stressed manufacturing region. Optimized UF design minimized footprint while enabling wafer recovery and economic savings, demonstrating Megaflux-CUF’s