Port St. Lucie is advancing its water infrastructure with a new reverse osmosis water treatment plant on Rangeline Road, a project designed to secure a reliable and clean water supply for the city’s growing population. The reverse osmosis water treatment plant represents a significant investment in Port St. Lucie’s future, addressing both immediate needs and long-term development.

Reverse Osmosis Water Treatment Plant to Boost Port St. Lucie Capacity

The new reverse osmosis water treatment plant will have a capacity of 10 million gallons per day (MGD), according to city officials. This expansion will substantially increase Port St. Lucie’s ability to treat and deliver potable water as residential and commercial development continues throughout the city.

The project is part of a broader Utilities Capital Improvement Plan (CIP) and is intended to support smart growth, water quality, and system resilience. The plant’s advanced reverse osmosis technology will help ensure high-quality drinking water for current and future residents.

Key Features of the Reverse Osmosis Water Treatment Plant

• Capacity: 10 million gallons per day (MGD)
• Location: Rangeline Road, Port St. Lucie
• Technology: Advanced reverse osmosis for high-quality potable water
• Wells: Six Floridan aquifer wells, two injection wells, one monitoring well
• Infrastructure: Includes a raw water main to supply the facility
• Funding: Combination of city reserves, utility operating funds, and water and sewer capital facility funds
• Cost: $80 million

Funding and Utilities Capital Improvement Plan

Funding for the reverse osmosis water treatment plant comes from several sources. According to city documentation, these include city reserves, utility operating funds, and water and sewer capital facility funds. The Utilities Capital Improvement Plan is projected to generate approximately $41.9 million in fiscal year 2024-25 for infrastructure projects, including the new plant.

City officials report that this investment is part of a comprehensive approach to maintaining and improving critical infrastructure across Port St. Lucie. The plan also addresses stormwater management, water quality restoration, and upgrades to wastewater systems.

Supporting Smart Growth and Water Security

The reverse osmosis water treatment plant is a central component of Port St. Lucie’s strategy to support sustainable urban growth. As the city’s population increases, the demand for high-quality water rises. The plant is designed to meet these demands while protecting environmental resources and ensuring system resilience.

According to city officials, the plant’s design allows for future expansion to accommodate further growth and adapt to changing environmental conditions. This flexibility is vital for long-term water security in Port St. Lucie.

Integration with Citywide Water Infrastructure Upgrades

The new reverse osmosis water treatment plant is part of a broader infrastructure initiative. In addition to the plant, the city is investing in:

• Stormwater treatment upgrades to improve flood control and water quality
• Water quality restoration projects targeting local waterways
• Replacement of lift stations to prevent sewage spills and overflows

These projects are coordinated to enhance the overall resilience and sustainability of Port St. Lucie’s water and wastewater systems.

Environmental Protection and Regulatory Compliance

The reverse osmosis water treatment plant will help Port St. Lucie meet state and federal water quality standards. Advanced treatment processes are designed to remove impurities and contaminants, providing safe drinking water to residents.

City officials highlight that the project aligns with regulatory requirements and supports environmental protection efforts. The use of Floridan aquifer wells, injection wells, and monitoring wells ensures responsible management of groundwater resources.

Trends in Water Infrastructure Across Florida

Port St. Lucie’s investment in a reverse osmosis water treatment plant reflects a broader trend among Florida municipalities. As population growth and climate change create new challenges, cities across the state are turning to advanced water treatment technologies to secure their supplies and protect public health.

According to the Florida Department of Environmental Protection, reverse osmosis and similar technologies are increasingly adopted to address water quality, supply, and regulatory needs in rapidly growing regions.

Future Expansion and Long-Term Planning

The design of the reverse osmosis water treatment plant includes provisions for future expansion. City officials indicate that this approach allows Port St. Lucie to adapt to increasing water demands and evolving environmental conditions.

Long-term planning is central to the city’s strategy, ensuring that infrastructure investments continue to support growth, economic development, and environmental stewardship throughout Port St. Lucie.

Frequently Asked Questions About Reverse Osmosis Water Treatment Plant Port St. Lucie

What is the new reverse osmosis water treatment plant in Port St. Lucie?

The reverse osmosis water treatment plant is a new facility on Rangeline Road designed to provide clean, reliable drinking water for Port St. Lucie. It uses advanced technology to treat up to 10 million gallons per day.

How much will the Port St. Lucie reverse osmosis water plant cost?

The project is budgeted at $80 million, funded through city reserves, utility operating funds, and water and sewer capital facility funds.

Are there plans to expand the reverse osmosis water treatment plant?

Yes, city officials report the plant is designed for future expansion to meet growing water needs and adapt to changing conditions.

Can you explain how reverse osmosis improves water quality in Port St. Lucie?

Reverse osmosis technology removes impurities and contaminants from water, producing high-quality potable water for residents and businesses in Port St. Lucie.

Where are other advanced water treatment plants being built in Florida?

Many Florida cities are investing in advanced water treatment facilities, especially in fast-growing areas. These projects aim to improve water supply, quality, and system resilience across the state.