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DOMESTIC WASTEWATER TREAT. PLANT ROX 200 D2.5

0PK00049

32.247 €

Description

Wastewater treatment plant type ACO ROX 200 D2.5 through a total oxidation system manufactured in glass-reinforced plastic (GRP), in horizontal format for underground installation. With treatment capacity for 200 users and a hydraulic demand of 30 m³/day, with high purification performance in compliance with RD 509/1996. Solution formed by 1 compact equipment with dimensions 10636mm in length, 2500mm in width and 2650mm in height. With inlet and outlet connection DN200 and with 4 access covers to the inside of the equipment of dimensions Ø567mm made in polyethylene. Total installed power: 37,8kW. Weight: 1861kg.
Code:0PK00049

Characteristics

Benefits

Compact water treatment plant.
Easy installation and maintenance.
Low power consumption.

Equipment for the treatment of sewage by oxidation in small and medium-sized communities.

Areas of application

Roughing (Recommended)

Manufactured in GRP.
Filter with 10 mm pitch.

Reactor

Removal of organic matter and nutrients.
Air supply by compressor(s).
Fine bubble air diffusers between 1-3 mm.

Clarifier

Sludge recirculation by pumping.

Electrical panel and PLC

Three-phase current 400V.
IP-44 protection
Installed potency 2,9kW

SS (mg/l) <10

Effluent qualities
BOD5 (mg/l) <10
COD (mg/l) <50

Effluent qualities

BOD5 (%) = 95
COD (%) = 89
SS (%) = 96
The equipment is designed to treat waste water with the following composition: BOD5: 400ppm, COD: 600ppm, SS: 450ppm

Stages of operation:

1- Screen (recommended): Coarse solids carried by the water are intercepted by a grate at the inlet of the equipment. For small populations, due to the high variability of the influent, it is recommended to install a decanter upstream.
2- Biological oxidation: In the biological reactor, the biological decomposition of organic matter takes place thanks to the supply of air and the generation of aerobic microorganisms.
3- Decanting: The sludge resulting from the decomposition of the organic matter is calmed, deposited inside the decanter. The decanted sludge is recirculated back to the reactor by pumping .

Technical Specifications