Greasezilla™ Chosen by Passaic Valley Sewerage Commission for Wastewater Treatment Innovation

Greasezilla™: Partnering with PVSC for Advanced FOG Processing



In a significant development for wastewater management, the Passaic Valley Sewerage Commission (PVSC) has selected Greasezilla™ to implement a cutting-edge fats, oils, and grease (FOG) processing system at its Newark Bay treatment facility. This system is notable for its ability to handle up to 15 million gallons of grease-trap waste each year, marking it as one of the largest installations in the United States.

Background on PVSC


Founded in 1902, the PVSC operates one of the most substantial wastewater treatment plants in the nation. With a design capacity to process 330 million gallons per day and an average flow of approximately 226 million gallons, it caters to around 1.6 million residents across several New Jersey counties. The commission's mission centers on maintaining public health, protecting vital water resources, and upholding the environmental quality of the Passaic River and Newark Bay.

Why Greasezilla?


The selection of Greasezilla was the result of an exhaustive review aimed at finding a non-intrusive, high-capacity solution to handle Northern New Jersey's commercial FOG influx. Greasezilla’s innovative approach not only aims to reduce operational burdens on PVSC but also contributes to a more sustainable, environmentally friendly process. The new system will seamlessly integrate with the existing plant utilities, utilizing the Centralized Steam Boiler System already in place, thereby negating the need for additional heating installations.

Addressing FOG Challenges


FOG generated from commercial kitchens often emerges as a significant issue for wastewater facilities, posing risks of sewer clogs, sanitary overflows, and ongoing challenges to equipment efficiency. Greasezilla’s processing technology uses heat to separate raw grease-trap waste into water, pasteurized solids, and a low-moisture component known as Brown Grease. Notably, this is achieved without the need for harmful chemical additives.

The recovered Brown Grease turns out to be a valuable biofuel feedstock, with potential applications in producing sustainable aviation fuel (SAF) and renewable diesel (RD). This capability opens up new possibilities for regional utilities that are eager to find innovative solutions to FOG management issues while simultaneously recovering valuable resources.

Leadership Insights


Tom Laustsen, COO of PVSC, expressed his enthusiasm regarding the partnership, emphasizing the absolute necessity of effective grease waste management for any utility of this scale. By implementing Greasezilla’s technology, PVSC aims not only to streamline its operations but also to preserve the integrity of its infrastructure.

In his remarks, Brian Levine, Executive Vice President of Greasezilla, highlighted the importance of this partnership, indicating how it showcases an effective model for addressing the complexities associated with FOG processing. Levine noted that Greasezilla is primed to aid major utilities in recovering resources that can feed into the renewable fuel industry, allowing them to enact stronger sustainable practices.

The Future of Wastewater Management


As the PVSC project progresses, it is anticipated to serve as a benchmark for other utilities across the nation. Greasezilla is expanding its reach with a growing network of regional processing centers designed to support municipalities grappling with FOG challenges. Those interested in integrating Greasezilla technology into their operations can find more details on their official website.

Conclusion


The collaboration between the Passaic Valley Sewerage Commission and Greasezilla™ exemplifies how innovative partnerships can revolutionize wastewater management. This initiative promises not only to elevate operational efficiencies but also to contribute positively to environmental sustainability in New Jersey and beyond. As utilities continue to embrace these advanced solutions, the future of wastewater processing looks increasingly promising.

Topics Environment)

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