And Navigating the Future of Industrial Wastewater Treatment
In early April, Dr. Phinney, representing Industrial Water Solutions (IWS), took center stage at the CIFT conference in Columbus, OH. His compelling lecture on the future of wastewater treatment captured the attention of industry professionals spanning from food and beverage producers to Generative AI specialists. The discourse delved into the pressing question already confronting manufacturers: What exactly does the future hold for industrial wastewater treatment?
The landscape of regulatory pressures is evolving rapidly, exerting upstream pressure on manufacturers and substantially impacting operating costs. With factors such as population growth, aging municipal systems, and new federal regulations concerning Per and Polyfluorinated substances (PAFS), companies find themselves navigating an ever-shifting environment of monitoring and surcharges.
Dr. Phinney underscored the inevitability of tighter regulations, asserting, “Regulations are only going to get tighter.” He emphasized the Environmental Protection Agency’s (EPA) mission to enhance water quality, suggesting that manufacturers will eventually need to invest capital in wastewater improvements to stay compliant.
However, amidst the challenges lie opportunities for businesses.
Dr. Phinney articulated that regulatory pressures can drive a higher rate of return on invested capital. “The future of waste treatment is automation and optimization,” he remarked. Integrated systems are not only essential for compliance but also for maximizing operational efficiency. The adoption of smart sewer networks by many municipalities signals an imminent shift towards automation and integration in the industry.
“Wastewater treatment is and always will be part of the manufacturing process,” Dr. Phinney asserted. He advocated for treating wastewater no differently from any other product, supporting for the use of instrumentation to monitor critical factors.
Automation and integration offer manufacturers greater control over waste outputs, facilitating water reclamation and reuse while reducing energy utilization and utility expenses. Adjusting inorganic concentrations based on influent profiles can mitigate surcharges and minimize power consumption.
Dr. Phinney stressed the impending standardization of waste profiling and reporting in manufacturing processes. Municipalities, unable to upgrade their systems, may pivot upstream, pressuring manufacturers to pre-treat effluent before disposal.
The silver lining lies in proactive measures. Dr. Phinney highlighted instances where manufacturers improved efficiency through simple, low-cost initiatives. For example, synchronizing Clean-In-Place (CIP) cycles and diverting caustic waste led to significant savings for one plant.
The future of industrial water treatment is both vast and feasible. Many producers possess the resources to adapt, leveraging logic applications and equipment upgrades to propel their businesses forward.
In essence, as regulations tighten and environmental consciousness grows, embracing innovation in wastewater treatment isn’t just a regulatory necessity—it’s a strategic imperative for sustainable business operations.
Links: CIFT Innovation, Reducing PFAS in Drinking Water – EPA, Lagoon Compliance Advisory – EPA, Smart Sewers – EPA