In 2024, our team managed environmental compliance for batch wastewater discharges tied to pressure washing at a university’s parking structures. The project required close coordination with the university and the local public utilities commission to align sampling, permitting, and reporting. At the same time, we worked to minimize disruptions to ongoing campus operations. With a tight deadline and the challenge of operating in large, multi-level facilities, we emphasized both technical precision and operational efficiency from start to finish.

We developed a customized sampling program designed to capture representative wastewater conditions during routine garage operations. To ensure accuracy and safety, we introduced innovative methods such as battery-operated washing and vacuum equipment. These tools allowed us to gather reliable data while protecting both workers and the public. Moreover, they reduced disruptions to daily campus activity, allowing us to maintain progress within the short windows available during scheduled garage closures.

The investigation identified exceedances of pH, lead, and zinc at targeted locations. In response, our team provided clear, actionable recommendations that addressed compliance quickly and effectively. We proposed on-site treatment strategies, including charcoal filtration and pH adjustment, to meet permit requirements without delaying construction. All findings and recommendations were summarized in concise technical reports, which streamlined agency review and helped the client make informed, timely decisions.

To meet an urgent project milestone, we expedited permitting by securing discharge authorization in person. This proactive step kept the university on schedule and avoided costly delays. Ultimately, the project delivered measurable value, generating a return on investment exceeding 800%. Just as importantly, it supported long-term facility management and reinforced the university’s compliance with both municipal and state environmental standards.