Media retainers

Sponsored by

Media retainers

The new I.M.S® 1000 and I.M.S® 200 media retainers from Leopold® are designed to improve the efficiency and reliability of both water and wastewater filtration systems. As part of the complete Leopold underdrain system, the media retainers increase flexibility in media design by eliminating up to 14" of support gravel to allow for increased media depth and available driving head. And their physically rigid construction reduces flexing of the slots and the chance of clogging or biofouling. The I.M.S® 1000 model is suitable for use in wastewater plants, in GAC contactors, in biologically active filters and in the construction of filters for de-nitrification.

Leopold, a Xylem brand
www.fbleopold.com
Booth 6239

Sponsored by

TODAY'S HEADLINES

WaterWorld launches third WaterShots online photo contest

WaterWorld has officially launched its third WaterShots online photo contest, intended to capture the essence of aging water and wastewater infrastructure across the nation.

CT water treatment plants to make significant upgrades under EPA settlements

The cities of Groton and Norwich, Conn., will make significant upgrades to their drinking water treatment plants by eliminating chlorine gas at these facilities. These actions settle claims by the EPA that the cities violated federal clean air laws meant to prevent chemical accidents.

Expert Q & A: Meeting and Solving Industrial Water Conservation and Regulatory Challenges

U.S. Water Services is a leading national provider of integrated solutions for water treatment. Brand Manager Karen Danielson shares her insights on what's driving industrial water treatment technology innovation and how her company is rising to the challenge.

International collaboration leading to cost-effective agriculture water reuse policies

Researchers at the University of California in Riverside and Hebrew University of Jerusalem in Israel have partnered to launch a two-year study of the use of treated wastewater in agriculture, which will lead to viable and cost-effective regional water reuse policies.

FOLLOW US ON SOCIAL MEDIA