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Tank Replacement Project
A southeastern Massachusetts gas station was about to begin an underground storage tank replacement project when high groundwater conditions were discovered at the site. NewStream was able to treat more than 300,000 gallons of groundwater from this project in a 48-hour period.
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Life Science Firm
A worldwide life sciences firm moved a membrane manufacturing process from another location to its New England manufacturing facility. The resulting waste stream posed certain challenges for the firm’s on-site wastewater treatment plant.
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Metal Cladder
A clad metal manufacturer generates metal-bearing waste streams that vary in make-up depending on the product being manufactured at a given time. Changes in process chemistry occasionally result in waste streams that cannot be effectively treated by the company’s on-site treatment plant.
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University Lab
During a year-long construction project, a university laboratory was disconnected from the university’s on-site WWTP. Because the lab wastewater could not be discharged directly to the sanitary sewer, the university was forced to find an alternative disposal option.
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USS John F Kennedy
In March of 2007, the USS John F. Kennedy – the last conventionally-powered aircraft carrier built by the US Navy – made a final port visit to Boston before being officially decommissioned. While the ship was docked in Boston, NewStream received and treated over one million gallons of wastewater from its bilge.
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USS John F Kennedy
In March of 2007, the USS John F. Kennedy – the last conventionally-powered aircraft carrier built by the US Navy – made its last voyage up the east coast for a final port visit to Boston before being officially decommissioned in Mayport, Florida.
While the ship was docked in Boston, NewStream received and treated over one million gallons of wastewater from its bilge. The environmental services company contracted to transport and dispose of the water was able to minimize costs and keep up with the
needs of their customer by working with NewStream. Here’s why:
NewStream is located less than 25 miles from Boston and convenient to I-95, I-492, I-295,and R-24.
NewStream operates 24 hours, 7 days and offers an average 30-minute truck turnaround time.
NewStream’s 1,000,000-gallon storage capacity easily accomodated the volume of wastewater generated by the JFK.
Bilge water from large ships is an appropriate type of waste stream for NewStream to treat because it is typically non-hazardous and has characteristics that make it a good fit for the plant. The primary contaminants are traces of oil and diesel fuel, light sediment, and sometimes corrosive metals from the ship’s mechanical systems. As with the JFK’s wastewater, the final effluent from these larger vessels is particularly clean because it is processed through on-board treatment systems, including oil recovery, before being discharged to the bilge. It is sometimes diluted by seawater from normal leakage and other on-board activities. Ships are permitted to discharge pretreated wastewater to the ocean while off-shore, but in port, it must be held for off- site disposal.