Complete contaminant removal solutions from a single source. WRT® designs, manufactures and provides cost-effective, patent-pending processes for the removal of radium, chromium, arsenic, ammonia, uranium, barium and other contaminants from water or waste water. Available on a cost-per-1,000 gallons treated, long-term contract basis, WRT’s full-package solutions represent the simplest and most effective processes/services in the industry for meeting regulatory compliance standards. WRT_Information_Sheet
WRT Radium Brochure
To help customers meet regulatory compliance standards, WRT designs, builds and provides processes for removing radium, chromium, arsenic, ammonia, uranium, barium and other contaminants from water or waste water. These patent-pending processes are the simplest, most effective and cost efficient available, utilizing proprietary treatment media mined, processed and formulated by WRT. What’s more, our long-term contract package of process/services includes equipment, media, exchange of media, and proper handling and disposal of used media. radium_broch
WRT’s Water Treatment Process
Much of the nation’s water supply has contaminants — either from naturally occurring or man-made sources. In either case, certain contaminants must be removed from the water to protect public health and meet regulatory guidelines. Once removed, safe and environmentally responsible disposal of the contaminants and treatment waste is essential. WRT’s proprietary water treatment process is unique in that it not only removes select contaminants from water using an absorptive media, it completes the process by disposing of radioactive treatment residuals in a licensed facility. As a result, contaminants do not re-enter the water supply or return to the community […]
New Technology For Radium Removal at the Village of Oswego
Located approximately 40 miles southwest of Chicago Experiencing rapid growth, current population 22,000 Water supply consists of eight deep sandstone wells Capacities of 850 to 1,200 gpm Radium levels range from 7 to 18 pCi/L No other treatment, only the addition of chlorine and polyphosphate Entered into a compliance agreement with IEPA ISAWWA_Conference_032205
Treatment Methods and Disposal Options for Radionuclides
Comparison of the different treatment methods and disposal options for radionuclides in drinking water Treatment_Methods_and_Disposal_Options_for_Radionuclides
WRT Systems
Slides of WRT Systems WRT_Systems_061215_II
Z-XM™ Nitrate Treatment System
WRT’s nitrate removal system consists of utilizing a regenerable ion exchange media. Currently the media, trade named Z-XM™ is a nitrate selective synthetic ion exchange flow-through media. The media is a specialized strong base anion exchange resin of styrene-divinylbenzene base structure. The media is contained in a screened pressure vessel wherein untreated water is pumped down flow packed bed through the vessel for the service period. Following the recommended service interval measured in volume throughput, the pressure vessel is placed in a batch regeneration mode. Regeneration consists of contact with a calculated volume of concentrated sodium chloride brine for a […]
Z-XM™ Perchlorate Treatment System
WRT’s perchlorate removal system consists of utilizing a non-regenerable ion exchange media, which after exhaustion is disposed of via incineration (preferred) or suitable landfill disposal. Currently the media, trade named Z-XM™ is a perchlorate selective synthetic ion exchange flow-through packed bed downflow media. The media is a specialized strong base anion exchange resin of styrene-divinylbenzene base structure. The media is contained in a screened pressure vessel wherein untreated water is pumped through the vessel for the service period. Following the recommended service interval measured in bed volume (BV) throughput or based on treated water discharge sampling, the spent media is […]
Mountain Water & Sanitation District Conifer, Colorado
PROBLEM: Feed concentration of uranium in water source was as high as 370.0 ppb, exceeding MCL standard of 30 ppb. RESULTS: Pilot unit reduced uranium levels to an average of 1.2 ppb. Mountain_Water_Conifer_CO
City of Lawrenceville, Georgia
PROBLEM: Uranium levels in water source were as high as 241 pCi/L, exceeding the MCL standard of 20 pCi/L. RESULTS: Pilot unit reduced uranium levels to an average of 0.7 pCi/L Lawrenceville_Pilot
