Sludge from oil-water separators tends to form capillaries more intensively than sludge from sewer cleaning, for example, due to surfactants and MOH as well the high proportion of fine silt (95% of the grains are smaller than 63 µm) in the sludge. Water is bound in the microscopically small capillaries like in a sponge, making dewatering considerably more difficult. One possible option is the use of pressure for dewatering the sludge – in a chamber filter press, for example. OKO-ewcs 7 presents a much more economical option: capillaries are destroyed by vibration, thus achieving a good degree of dewatering.
[-] Langlebiges Filtertuch
aus PE-Gewebe
[-] Optionales Vibrationsmodul
für eine gesteigerte
Entwässerungsleistung
[-] Schwingend gelagerter
Siebkorb
[-] Optionale Füllstandsmessung
[-] Edelstahl Korbgestell
[-] Lange Lebensdauer
[-] Leicht zu transportieren
und zu entleeren
Benefits
- Economic sludge dewatering
- Compact sludge in a short period of time kurzer Zeit
- High volume reduction
- Optimum dewatering performance
- Standardised skip loader system in accordance with DIN 30720
- Lower disposal costs
Function Description
The OKO-ewcs 7 dewatering container consists of a standardised skip loader system in accordance with DIN 30720 featuring a built-in, float-mounted screen basket. The screen basket walls, and the centre dewatering bar are covered with a filter fleece, through which the filtered water enters the cavity between the container and the support for the screen basket. From here, the water is drained via ball valves for further treatment. The design of the inner filter basket as a vibrating/oscillating screen significantly increases sludge dewatering and drying, compared to a static screen basket. The container is emptied by tilting.
