FloraFloat® stops pollutants from entering our waters
Natural and highly efficient water treatment
Floating Wetlands have proven highly efficient for stormwater treatment applications. The installation of floating wetlands into inlet zones, retention ponds or lagoons greatly enhance the stormwater cleaning process in both average flow and storm events.
High treatment performance – efficient removal of even challenging pollutants:
- Total suspended solids
- Excess nutrients
- Gross pollutants
- Heavy metals
- Fine colloidal and particulate matter
Treat wastewater the natural way
With a low-cost, low-carbon and simple technology
Floating islands have proven highly efficient for wastewater treatment as well. They are suited for new installations or to supplement existing treatment lagoons or ponds, minimising the need to upgrade.
High treatment performance – with significant, proven effects on:
- Optimising anaerobic digestion
- Reducing bio-chemical oxygen demand (BOD)
- Improving nitrification and denitrification processes
- Efficient phosphorus removal
- Reduction in fecal coliforms
- Significant odor mitigation
- Effective removal of total suspended solids (TSS)
Your benefits at a glance
Retrofitting existing systems: Floating islands can be easily integrated into existing ponds, lakes, lagoons, rivers, and brackish water areas, as well as into wastewater treatment systems. If a water body does not meet water quality standards, FloraFloat® offers an efficient solution for water treatment – without the need for extensive upgrades.
Maximum impact with no additional land uptake: Especially in urban areas, available space is limited, and land acquisition represents a significant cost factor. Floating islands require no land and can be deployed directly in existing basins, ponds, or inlet areas.
Cost savings: Compared to conventional systems, FloraFloat® requires only low investment costs, as it can be integrated into existing systems without the need to purchase land or create new ponds. The system requires no energy and is characterized by very low operating and maintenance costs.