GE Water & Process Technologies Ltd
GE WATER is a global leader in the development and manufacturing of solutions for potable water treatment, wastewater treatment and water reuse. GE WATER provides cost-effective and reliable solutions to many challenges faced by municipalities, industry and government agencies. Products include mobile treatment solutions, EDR, ABMET metal removal, RO & NF technologies, Cartridge filtration, Chemical water treatment systems & ZeeWeed immersed hollow-fibre ultrafiltration membrane. GE WATER ZeeWeed membranes have been engineered into various municipal and industrial UK projects including membrane bioreactor, tertiary treatment and potable water applications. With a 0.035 micron pore size, the ZeeWeed membrane’s composite structure guarantees exceptional strength and durability. Water flows from the outside to the inside of the membrane hollow fibre. As a result, the inside of the membrane comes into contact with only filtered water, with solids remaining on the outsid
Desalination
Improving Effluent Qualities using Immersed UF Membrane Technology
In this article
Desalination
New ZENON MBR Cassette
ZENON have introduced the new ZW500d cassette that has set new standards in membrane treatment for wastewater and potable water treatment. The cassette has improved packing density and educed operational costs. It adds a further dimension to the ZENON family of membranes.
Desalination
Submerged Membranes for Drinking Water
ZENON ZeeWeed® 1000 hollow-fibre immersed ultrafiltration (UF) membrane systems
Desalination
Innovative membrane technology solutions for municipal water and wastewater treatment
In this article we review two recent municipal projects where ultrafiltration (UF) membranes have been used to enable the challenges of variable feed water quality and stringent treated water requirements to be met. We describe a 13 MLD potable water system for The States of Guernsey Water Board (SGWB)
Desalination
Advances in the application of membrane technology for iron and manganese removal from potable water
In this article