Reliable, Low-Maintenance Turbidity Sensors Ensure Finished Water Meets Strict Requirements
A municipal water company in the U.K. sought to replace legacy turbidity monitoring equipment that was approaching end of life.
A municipal water company in the U.K. sought to replace legacy turbidity monitoring equipment that was approaching end of life.
Dissatisfied with their high-maintenance membrane sensors, IDEAL, a Chilean imprint of Grupo Bimbo, sought more reliable methods of dissolved oxygen measurement.
A few years ago, the West Harris County Regional Water Authority (WHCRWA) sought replacement analyzers to reduce maintenance and run retreatment operations more efficiently.
Dr. Nakazawa Koyomi, a lecturer at Toyama Prefectural University in Japan, began monitoring ponds in Antarctica’s ice-free areas to establish baseline data for future research on water quality in the region.
CU Boulder and Colorado State University are working with multiple partners to collect continuous water monitoring data at 20 sites along the Yampa and Cache La Poudre rivers.
James Westerman, a researcher, historian and archaeologist, has dedicated several decades to studying the mysteries of the Osireion, an ancient religious site in central Egypt.
When Hong Kong International Airport undertook a massive construction project to add three new runway systems, they needed to reclaim land almost equal in size to the existing airport island.
Researchers from Crawford Hydrology Laboratory are conducting dye tracing studies of the Great Onyx Basin in Mammoth Cave National Park, Kentucky, to enhance our understanding of karst hydrogeology and lay the groundwork for future studies on sustainable practices in the park and the role of karst landscapes in the carbon cycle.
As part of its Bathing Rivers Program, UK-based drinking water company Severn Trent reached out to Environmental Monitoring Solutions for help monitoring water quality on over 50km of the River Leam in Warwickshire and River Teme in Shropshire.
When Moffatt & Nichol brought the company’s engineering expertise to recent marsh-restoration projects along Alabama’s Gulf Coast, they selected In-Situ equipment for real-time turbidity monitoring during dredging operations.