
The long-term health, well-being and economic vitality of local communities can hinge on the successful execution of drinking water infrastructure projects. These projects require complex engineering, which can vary widely depending on local water quality and regulations, and they require securing buy-in from community key parties and regulators alike (even as regulations shift midproject).
In this context, pilot projects play a vital role in bridging the gap from design to full-scale infrastructure. An effective pilot study provides a proof of concept at a far more economical scale than a full-scale study. An accurate working model of a proposed design can help validate engineering decisions, provide testing data for achieving regulatory compliance, and generate invaluable operational know-how.
Managing a successful pilot project is rarely a straightforward endeavor. With moving regulatory targets and experimental work that may need to rapidly pivot as new data is collected, a successful pilot project requires close coordination between design and construction teams. Proactive collaboration with the relevant regulators is a must.
The flexible, experimental approach tested in a pilot is an established way to balance cost with results. The benefits of such an approach are evident when exploring a concrete example:
Burns & McDonnell helping the city of Wichita overcome a key regulatory hurdle as part of a successful pilot for a critical municipal water filtration project.