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Recycling Today for a Brighter Tomorrow

Discover what hundreds of facilities all over the globe already know. Clean Water Technology is your #1 solution
for wastewater treatment.

By treating and reusing water on-site, plants can considerably cut down their water bills and reliance on external water sources. Furthermore, many municipalities enforce stringent regulations on water effluents, and non-compliance can lead to hefty fines. By adopting wastewater treatment processes, recycling companies can ensure they meet these standards, ultimately decreasing operational costs and bolstering their commitment to a greener tomorrow.

Case Study

A Win for the Environment, Plastic Recycling Becoming Even More Sustainable

Background
A leading plastic recycling company in California was under pressure due to the management challenges of its wastewater discharge. The local municipality had flagged the company's excess effluent water as a significant concern, with looming threats of imposing heavy fines if corrective measures weren't instituted promptly. The company's reputation and financial stability were at risk, necessitating an efficient, rapid, and sustainable solution.
Challenge
For many recycling plants, adhering to stringent municipal standards for wastewater management poses a colossal challenge. Excess effluent water can invite both monetary penalties and environmental damage, tarnishing a company's sustainability image. This California-based recycling company was perilously close to facing both fiscal and reputational setbacks due to its wastewater treatment inadequacies.
Solution
Recognizing the gravity of the situation, CSI Environmental proposed the incorporation of a Dissolved Air Flotation (DAF) system. DAF systems work by introducing pressurized air into wastewater, causing contaminants to ascend to the surface, where they are efficiently skimmed off. This method is particularly effective in managing wastewater laden with high concentrations of oils, greases, and suspended solids – all typical contaminants in recycling plant effluents.
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After the installation of the DAF system, significant reductions in Total Suspended Solids (TSS), Chemical Oxygen Demand (COD), and turbidity were recorded. These metrics are critical indicators of water quality, and their substantial reduction indicated the system's effectiveness in treating the wastewater.

Results

Immediate
Compliance

With the reduced levels of TSS, COD, and turbidity, the recycling facility swiftly met the municipal wastewater standards, thereby warding off the potential fines and any associated legal entanglements.

Cost
Savings

Beyond the immediate avoidance of penalties, the recycling plant observed a marked reduction in wastewater management-related operational costs. The DAF-treated water’s quality allowed its reuse in various internal processes, further contributing to savings.

Enhanced
Reputation

The company’s rapid and efficacious response, bolstered by its partnership with CSI Environmental, underscored its dedication to environmental stewardship. This initiative fortified its ties with local stakeholders and positioned the company as a forerunner in sustainable practices within the recycling industry.

Conclusion

With CSI Environmental’s timely intervention and the DAF system’s introduction, the recycling facility not only steered clear of a looming crisis but also pioneered new benchmarks in sustainable wastewater management. This case emphasizes the crucial role of innovation and strategic partnerships in addressing the recycling sector’s environmental challenges.

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