Trojan Technologies is extremely honored that all three papers we will be presenting at WEFTEC have been selected by BlueTech as part of their top picks.
BlueTech Selects Trojan Papers Among The Best At WEFTEC 2015
read more
Municipal
About The Southern Ontario Water Consortium (SOWC)
Trojan Technologies is excited to be a part of the Southern Ontario Water Consortium (SOWC), which features state-of-the-art wastewater facilities across Canada.
TrojanUVSwiftECT System Allows Wichita Falls To Extend Direct Potable Reuse Project For Drought Relief
In May 2014, Wichita Falls, Texas found itself under a stage-5 drought catastrophe ranking during the second worst drought in the city’s history. The lakes supplying water to the city were at less than 25% capacity, resulting in restrictions on outside irrigation and...
TrojanUVSwiftECT Installed At Six Nations Of The Grand River Water Treatment Plant
The Six Nations of the Grand River has opened its new water treatment plant, which features the TrojanUVSwiftECT system. This system is treating water drawn from the Grand River, which receives the water of several municipal wastewater plants upstream of this plant’s water intake.
Illinois’ First Environmental Contaminant Treatment System
The Otter Lake Water Commission has installed our TrojanUVSwift®ECT – a technology which optimizes the treatment of environmental contaminants, particularly taste and odor-causing compounds found in surface waters. This is the first ECT installation and the first UV...
Opening Of Coquitlam’s UV Treatment Facility
In the spring of 2010, Trojan was selected as the supplier of UV treatment equipment to the Coquitlam, British Columbia Water Treatment Plant (WTP) upgrade. The state-of-the-art, $100 million system was officially unveiled this past summer of 2014. The installation...
World’s Largest Indirect Potable Reuse Facility Set To Expand
In early 2015 the District will begin operating the Initial Expansion of the GWRS. This $143 million project will expand water supplies by an additional 30 million gallons per day (MGD), bringing total treatment capacity to 100 MGD and number of TrojanUVPhox treatment trains to 13.
Dedication Ceremony For UV Advanced Oxidation System In Tucson, Arizona
Construction began on this 4,500 square-foot, state-of-the-art facility in September of 2012 and uses a TrojanUVPhox advanced oxidation system. The TrojanUVPhox uses the UV advanced oxidation process (UV AOP) to reduce a range of contaminants, even difficult-to-treat 1,4-dioxane and NDMA.
TrojanUVSigna Selected By The Metropolitan Water Reclamation District of Greater Chicago
The TrojanUVSigna® has been selected by the Metropolitan Water Reclamation District of Greater Chicago (MWRD). The TrojanUVSigna system is specifically designed for large-scale wastewater applications, making adoption of UV treatment easier, reducing the total cost of...
Catskill/Delaware UV Facility Opening Ceremony
Today marks the official opening of the New York City Catskill/Delaware UV Treatment facility. With the capacity to treat over two billion gallons of water per day, this is the largest drinking water UV installation in the world. We are proud to be a part of this...
Featured Posts
IntensiCarb wins Bronze Project Innovation Award during the IWA World Water Congress & Exhibition
This solids intensification technology enables more than quadrupling anaerobic treatment capacity within existing infrastructure. LONDON, ONTARIO, August 16, 2024 —Trojan Technologies is proud to announce that IntensiCarb™ has been honored with the prestigious...
Ensuring Safety and Quality in Food Contact Materials (FCM): Understanding the European Framework Regulation (EC) 1935/2004
The European Framework Regulation (EC) 1935/2004 is a major regulation governing the safety and quality standards of the food and beverage industry. It ensures that all food contact materials (FCM) are safe and compliant with European Union (EU) legislation. In this...
Achieving High-Purity Water for Microelectronics: Sustainable Solutions with Aquafine Technology
As we rapidly progress towards a more technologically dependent world backed by AI advancements, progressive medical devices, and automation, the demand for microelectronics has been increasing rapidly too. The unique nature of microelectronics fabrication processes...
Water Quality Segment
