This project focused on improving water storage reliability and meeting regulatory requirements for the Village of Granville by replacing aging infrastructure with a modern solution. We assessed two above-ground storage tanks providing 750,000 gallons of water storage, one dating back to 1938, and developed a plan that balanced cost, performance, and long-term sustainability. Our role included evaluation, design, funding coordination, and construction administration to deliver a solution that supports the community’s water needs for decades to come.

KEY CONTRIBUTIONS:

Comprehensive Assessment
We evaluated the condition of two above-ground storage tanks, including the 80-year-old steel tank flagged by Ohio EPA for maintenance in prior surveys. Our assessment identified critical structural and maintenance needs.

Alternative Solutions & Cost Analysis
We presented two options to the Village: rehabilitate the existing tank with painting and structural inspection or construct a new fiberglass-lined tank. After estimating costs, we recommended new construction due to its marginally higher cost and long-term benefits.

Funding Coordination
We helped secure a low-interest Ohio EPA loan to fund the project, ensuring financial feasibility for the Village.

Design & Engineering
We coordinated geotechnical efforts with a subconsultant, worked with the tank vendor, and designed the storage tank layout, adjacent piping improvements, overflow and drain configuration, and site grading enhancements.

Bidding & Construction Administration
We assisted with bidding and oversaw construction administration, including coordination with Denison University staff on timelines, staging areas, and traffic maintenance.

Stakeholder Communication
We managed detailed coordination between the Village, contractor, and Denison University to align priorities and maintain smooth progress in the heart of the campus.