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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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Manufacturer Adds New Product Line
A health and beauty product manufacturer introduced a new product line and was soon notified that they were in violation of their existing sewer discharge permit.
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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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Life Science Firm
A life sciences firm with locations worldwide operates a manufacturing facility in New England. The company recently diverted a membrane manufacturing process from another location to the New England facility. Although the facility has an on-site wastewater treatment system, controlling the odor from this new waste stream posed a serious challenge. Because the odor was carrying through to the local POTW, town leadership began exerting significant pressure on the firm not to include this new stream in their discharge.
The company had to find a cost-effective alternative to treating the stream on site – or risk costly permit violations and ultimately have to shut down or relocate the new manufacturing process.
A consultant helped the company evaluate several options, and determined that hauling the water to NewStream would be the best solution. NewStream was able to treat each load in a dedicated batch tank. Using oxidizing chemistry, the odors were neutralized and the strength of the waste was reduced. Further physical/chemical treatment removed solids and other contaminants. Ultimately, biological treatment reduced the organic loading within discharge limits.
The benefiting parties included:
The local POTW who did not believe that they would be able to handle the odor issue at their plant
The community leaders who were concerned that, if inadequately treated, the new stream would have generated offensive odors or caused POTW upsets
The customer who was able to add the new process line to their operation on schedule without costly upgrades to their wastewater treatment system or negative impact on the local community.