![]() Many of the plant’s elements, such as large concrete basins, piping networks and electrical power systems, have a considerably long life cycle. Repurpose capabilities: Repurposing existing structural elements of a wastewater or water treatment plant is often a way to offer significant cost savings.This technique can also minimize regulatory efforts as the plant can likely continue using the same discharge location (for wastewater) or distribution system (for water) already used by the existing facility. By collaborating with existing staff, treatment can be effectively maintained throughout the retrofit process. Operational and regulatory consistency: Operations can be easier to manage with a retrofitting project compared to the process of building a new facility.Retrofits allow for the strategic use of public funds to update existing facilities and simultaneously avoid the “not-in-my-backyard” opposition. Improved public perception: Few want facilities built near where they live, work and play.According to the Office of Energy Efficiency and Renewable Energy, wastewater facility retrofits can yield up to 50% in energy savings and 30% on average, as many of the original treatment processes are rehabilitated as part of the project approach. Energy efficiency: Not only can retrofitting an existing facility save both time and money, but the new operations scheme can save energy as well.Retrofitting also provides a variety of additional benefits: The decision to retrofit, rather than rebuild, infrastructure is often dependent on budget constraints and facility size. As municipalities look for a logical solution to their aging infrastructure challenges, they often look to a retrofit approach. ![]() Additionally, the United States experiences about 240,000 water main breaks every year, impacting communities and treatment infrastructure. According to the Environmental Protection Agency, much of the original water and wastewater infrastructure was built in the United States 50 to 100 years ago. Retrofitting is typically implemented as a cost-effective solution for updating water and wastewater facilities so that they comply with new state regulations. Retrofitting involves updating facilities in existing locations, providing a myriad of benefits by applying a strategic approach to the challenges of aging infrastructure. However, all water and wastewater infrastructure will eventually need renovations or rebuilds to remain useful. Maintaining water and wastewater infrastructure is often a time-consuming and costly operation, requiring a diverse team with maintenance and operational skill sets to be successful.
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