Our latest article about aquaculture water treatment explains how industry professionals can use UV to aid in hatcheries and other applications.
Aquaculture Water Treatment: Why Use UV?
read more
Aquaculture
Volcanic Eruption Necessitates UV Upgrade Project At The Largest Hatchery In Chile – A Case Study
A volcano destroyed UV equipment at Camanchaca, the largest recirculation fish farm in Chile, many systems needed to be repaired.
Improving Water Quality At Fish Hatcheries With UV – A Case Study
Located on the Klamath River in Hornbrook, California, Iron Gate Hatchery is a salmon and steelhead hatchery that releases fish back to the Klamath River. Due to the presence of the fungus Saprolegnia sp and primarily bacteria (Flavobacterium psychrophila and Metallogenium sp), hatchery yield is thwarted due to disease. Poor water quality supports an environment favoring these fish pathogens and as a result, hatchery managers must produce 10,000,000 eggs to release 6,000,000 fish annually.
Featured Posts
Supplying UV Equipment to the First Indirect Potable Reuse Project in Europe
Vendée Eau is securing a future supply of drinking water with the Jourdain pilot programme that will recycle treated wastewater to supplement the Jaunay Reservoir Meeting the demand for clean water has never been more challenging. Communities around the world are...
How the UV Advanced Oxidation Process Works
In this episode of Water Talk from Water Online, Andrew Daley from Trojan Technologies discusses UV AOP treatment. This treatment involves using UV light with an oxidant to treat water that has environmental contaminants. Contaminants that this method can treat...
Oceanside California has a new source of drinking water with help from the TrojanUVFlexAOP
The City of Oceanside, located in Southern California, is like many cities in the region in that most of their drinking water is imported, traveling to the community from hundreds of miles away. Imported water is brought in from the Colorado River and the Bay Delta in...
Water Quality Platform
