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

In South Korea, reliable ultrapure water (UPW) production is critical for industries such as electronics and pharmaceuticals, where even trace contaminants can compromise product quality and system performance. At this site, brackish lake water served as the primary feed source. While abundant, lake water often contains suspended solids, organics, and dissolved metals, particularly iron, that pose significant risks for downstream membrane processes. Iron fouling was identifie

In an era where sustainability is at the forefront of architectural and industrial design, green buildings are reshaping the way we think about construction and energy efficiency. Central to this transformation is the role of advanced technologies that optimize resource use while enhancing indoor environmental quality. One such innovation is the PHILOS Humidifier Membrane Module , designed to provide sustainable and energy-efficient humidification solutions that perfectly ali

Paper is hygroscopic and naturally adjusts to the temperature and humidity of its environment. Fluctuations in these conditions can lead to dimensional changes and loss of flatness. Therefore, maintaining optimal working conditions is crucial for producing high-quality products and achieving operational efficiency. During the winter months, fluctuating humidity levels can present several challenges, including static buildup , dimensional changes in paper, and printing incons

The fuel cell industry is emerging as a key source of clean energy , particularly in the automotive sector, offering a sustainable alternative to traditional combustion engines. However, one major challenge is maintaining optimal humidity control within the fuel cells. Humidifier membranes provide a solution to this problem, playing a critical role in ensuring fuel cells operate efficiently. This article explores how these membranes are helping fuel cells overcome key challen

Leachate, the liquid draining through landfills, is one of the most challenging wastewaters to treat. It carries organic matter,...

It’s a proud moment for PHILOS Membrane as we take another step forward in supporting water sustainability in South Korea. As of July...

Learn how PHILOS Humidor - membrane humidifier provides energy-efficient humidity control for data centers, museums, and archives

Discover how the PHILOS Membrane Humidifier Module - Humidor revolutionizes humidity control in food storage and agriculture.

Explore the essential role of humidifier membranes in improving air quality for homes and industries.