KORED is a high-tech venture firm that has grown up as a leader in the area of the Korean environmental protection industry over 20 years since its establishment in 1999.
KORED is a technology-first company that has unique distinguished technologies from other environmental protection companies. Its business line covers from water treatment membrane manufacturing technology to engineering, operation management, and indoor air purification.
That is why KORED's technology is well recognized in Korea as well as overseas for its stable quality products and competitive price.
KORED’s High permeability membranes using a hydrophilic material
KORED's Flat sheet membrane is differentiated and its innovative original technology products.
Its Neofil flat membrane product is made of PES (Polyethersulfone), a hydrophilic polymer material, and provides more excellent fouling resistance and water permeability in environments treated with a high concentration of activated sludge such as sewage wastewater treatment processes, unlike hydrophobic polymer materials such as PTFE and PP. sewage treatment plant manufacturer
Excellent performance of KORED’s Neofil flat membrane
 Due to excellent water-friendly properties, excellent selective permeability in high-concentration sludge environments
 Excellent fouling resistance in high concentration environment due to low adsorption of organic matter such as protein and microorganism
 Unlike hydrophobic polymer materials, pretreatment such as Hydrophilization is not required, making product handling easy
Excellent adhesion of KORED’s Neofil flat membrane
 Made with a thermally bonded facility specialized for membrane sheets and ABS panels, the flat membrane module is a product that can be used even in harsh conditions by securing excellent durability and excellent adhesion wastewater treatment plant suppliers
Durability Enhancement and Physical Cleaning Effect of KORED’s Neofil flat membrane
 The durability is strengthened by analyzing and analyzing the stress of the flat membrane unit, and it reduces membrane contamination by generating and optimized upward flow through an independent aeration system
 Stability and durability are further enhanced by analyzing the stress on the structure as well as selecting the corrosion-resistant material
 Increased chemical cleaning cycle by reducing the rate of increase in TMP (Trans-Membrane Pressure) through optimization of physical cleaning
 Provides additional economics in terms of membrane maintenance by extending the chemical cleaning cycle