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Fibalon®wwts
Fibalon® wwts – The Simplest Solution for Water Reuse
Fibalon® wwts is the latest innovation in water treatment technology from FIBALON®. Designed for optimal filtration performance, Fibalon® utilizes its unique fiber structure to efficiently remove even the finest particles from water. Fibalon® wwts offers a powerful, eco-friendly, and cost-effective solution for wastewater reuse.
Advantages of Fibalon® wwts
High Filtration Performance
Thanks to its special fiber structure, Fibalon® wwts filters dirt particles as small as 8 microns from the water.Easy Handling
Compared to conventional filters, Fibalon® wwts is easy to replace and maintain—saving both time and effort.Sustainability
Fibalon® wwts is made from recycled PET bottles and coated with a polymer that makes the filter balls biodegradable. Its efficient filtration not only reduces costs but also conserves valuable resources.Cost-Effective
With minimal maintenance requirements and long service life, Fibalon® wwts significantly lowers operating costs compared to traditional filter materials.
Why Choose Fibalon® wwts?
Fibalon® wwts is engineered to deliver maximum efficiency and environmental compatibility. The patented fiber technology ensures outstanding filtration performance while enabling energy-saving, pressureless filtration. It’s a future-ready solution that combines low operating costs with the simplest and most effective method for making wastewater reusable.
System design
Inflow
The wastewater is pumped from the inflow channel of the receiving water body into the circulation system using a submersible sewage pump.
Filtration FIBALON®
The wastewater is introduced from the bottom into the IBC tank and flows upward through the Fibalon® material.
Fibalon® utilizes not only the surface for filtration but actively engages the entire fiber structure. This ensures deep and efficient water purification by removing even the finest particles.
UV-System
Through pressureless filtration with FIBALON®, the water is guided by natural gravity flow into the UV disinfection unit.
There, it is sanitized using four 90W UV lamps, each applying a UV dose of 400 J/m² to ensure effective disinfection.
Buffer tank 40m³
The water supplied from the surge tank is routed via a branching pipe from the rear to the front, ensuring that the buffer tank is fully flushed from both sides and from bottom to top.
This continuous flow ensures that the water remains in constant motion, preventing dead zones and promoting uniform distribution for optimal utilization of the buffer volume.
surge tank
The surge tank enables pressureless filtration and ensures that the treated wastewater is continuously directed into the buffer tank.
As a result, the buffer tank is always filled with treated water and ready for further use in the downstream process.
Entnahme/Überlauf
The treated wastewater can be conveniently extracted via the Storz couplings located on the left and right sides.
Excess treated water is discharged through the upper outlet back into the sewer system or receiving water body. This process ensures controlled water extraction and guarantees that surplus water is returned to the natural water cycle in an environmentally responsible manner.
Filtration FIBALON®
Using an additional submersible pump, the water is directed into the circulation loop and a second IBC tank filled with FIBALON®.
There, a further filtration process takes place, during which even the finest particles and algae are efficiently removed thanks to FIBALON®’s specialized fiber technology. This additional step ensures particularly thorough water purification and guarantees high water quality.
UV-System
After the second filtration stage, the water is disinfected using two 90W UV lamps, each delivering a dose of 400 J/m².
This additional step ensures effective sanitation by reliably eliminating any bacteria, viruses, and microorganisms that may still be present in the water cycle.
Photo Series – Pilot Plant, City of Neumarkt
Analysis of Water Samples
Wastewater samples were tested according to the draft of DWA-M 1200.
Result: Quality Class A
Quelle: UBA
Project description
Reclamation of wastewater from the Neumarkt treatment plant for irrigation by the local public works department.
Customer details:
The Neumarkt wastewater treatment plant serves 150,000 population equivalents (PE). The irrigation system requires approximately 10,000 m³ of water and is in operation from March to November
Project Duration
Start: July 2024, Commissioning: September 2024
Treated Wastewater to Date
0 m³
Plant details:
• Buffer tank with 40 m³ capacity
• Two UV disinfection units
• Two IBC tanks, each filled with 30 kg of Fibalon®
• Three pumps
• Two extraction points with Storz-A couplings
• One filling point using an 8 m³ pump and a Storz-C connection
• Overflow with return to the receiving water body