Welcome to the
Phosphate Innovation Initiative's
"Water Conservation" Science Center
WATER CONSERVATION - POWERED BY PHOSPHATE INNOVATION
Water Conservation Leadership
We're Doing MoRe to Use Less
Innovation Strengthens Conservation
Here's How
20% Less Water Use By 2025
Installing more flow meters and measurement devices to better monitor water use and find opportunities for reductions.
Automating processes and equipment.
Recycling
More Water
- Florida’s phosphate producers recycle roughly 95% of the water they use.
- Clay settling areas help phosphate producers recycle and store water for future reuse. A network of pipes brings clay to settling areas. Over time, water separates from the clay and is reused in the manufacturing process.
- Clay settling areas also provide habitat for birds and reptiles.
Recycling RECLAIMED
MUNICIPAL Water
- In Florida, phosphate producers help local governments conserve by using reclaimed municipal water in phosphate operations.
- Recycling municipal wastewater and using it in phosphate operations is an innovative way to increase efficiencies for producers while providing cities an alternative to discharging treated wastewater.
Using Rainwater To
Conserve GroundWater
- Using innovative methods to capture rainwater on site for use in phosphate operations means we reduce the need to acquire freshwater off-site.
- Gypstacks and clay settling areas also capture rainfall and provide habitat for birds and reptiles.
Cutting-Edge Conservation
Phosphate innovation means more environmental conservation. The latest technology and innovative practices help Florida's phosphate produces better conserve the environment.
Wetland Conservation
Using less (and recycling more) water is an important part of wetland conservation. It means more water in which seasonal birds, fish, reptiles and mammals can thrive.
Reconnecting Ancient Rivers And Streams
We use high-tech methods to conserve wetlands and uplands for the benefit of the environment. Expert engineers use hydrologic modeling to design water resource management systems. Global Positioning Satellites beam information down to construction equipment on earth that is operated autonomously to rehabilitate streams and uplands.
In some cases, these streams were severed or destroyed by natural or manmade impacts decades age. Today, innovations are making it easier to rebuild them while reconnecting wildlife habitat. Reconnecting streams helps improve water quality to downstream areas helps replenish the aquifer and filters water bound for larger water bodies.
Wildlife Habitat Conservation
Once phosphate operations are complete, innovative methods are used to reclaim every acre and return it to nature. Tens of thousands of acres enjoy productive second lives as public parks, fishing lakes, farms, pasture or for permanent conservation.