2. Главная
  3. Products
  4. Сomposite materials
  5. Wastewater treatment facilities
STEKON waste water treatment facilities
 STEKON waste water treatment facilities
 STEKON waste water treatment facilities
 STEKON waste water treatment facilities
 STEKON waste water treatment facilities

STEKON waste water treatment facilities

Ask a question
Request

 Specification (download)

  • Water legislation of the Russian Federation bans dumping drainfall and snowmelt waters which are drained from habitable territories and manufacturing sites and has not been purified to established quality targets to water catchment areas. Treatment facilities for surface-water flow ensures purification of waste waters to necessary regulatory values and prevent pollution of environment with various naturally occurring and industry-related impurities.

    Stekon

    A system is selected upon the following criteria:

    • concentration of pollutions on the inlet to the system (suspended materials and petroleum products)

    • performance

    • required degree of purification (discharge point of purified waste stream)

    • selected type of system (accumulating vessel, modularity)

    • depth at which accumulator is imbedded

    Concentration of pollutions on the inlet:

    • Suspended materials up to 4000 mg/l

    • Petroleum products up to 500 mg/l.

    Degree of purifying conforms to regulated values of dumping to fishery pools:

    • Suspended materials up to 3 mg/l

    • Petroleum products up to 0,05 mg/l.

    Both single-body and modular-type (as separate bodies) versions of STEKON stormwater treatment facilities can be supplied.

    Integral elements:

    • Sand separator

    • Oil-and-petrol separator

    • Sorption filter

    • Distribution well

    • Performance

     

    Name STEKON stormwater treatment facilities
    Rated output, l/s 1-150
    Running temperature of waste waters, °C +5…+40
    Type of wastes on the inlet stormwaters, oilcontaining
    Pollutions Petroleum products, mg/l not more than 100
    Suspended materials, mg/l not more than 1 000
    Technology of purification

    Sedimentation (in the sand separator),

    coalescence (in the oil-and-petrol-separator),

    sorption afterpurification (in the sorption filter)
    Degree of purification Petroleum products, mg/l not more than 0,05
    Suspended materials, mg/l not more than 3
    Operating mode Continuous, seasonally recurring
    Attending personnel 1
    Service life, years Not less than 25
    Design alternates

    Single body,

    separate bodies,

    for underground installation
    Accessory equipment

    Pumping machinery,

    UV-sanification facilities,

    slurry decantation facilities,

    ventilation,

    heating,

    instrumentation and controls

  • Waste waters treatment facilities are used in rain-water drainage systems for purifying storm/rain petroleum- and oil-containing surface water flows coming from habitable areas, motorroads, gas stations, car parkings and garages, as well as from residential homes and public amenities.

    Composition of an over-the-surface flow which undergoes purification at waste water treatment facilities is regulated with regulatory-technical documents adopted when designing and calculating basic technical parameters of purifying facilities: СП 32.13330.2012. Recommended guidelines on considering requirements to protection of environment when designing motorroads and bridge crossings.

    The facilities may be of various heights and diameters and rigged with process equipment (pumps, UV-sanification facilities, slurry decantation facilities) and utility systems (exhaust ventilation, heating systems), instrumentation and controls upon agreeing with a customer.

  • Advantages

    • The treatment facilities are released from factory in in a maximally prefabricated state.

    • The body is made of reinforced fiberglass, a light and durable, not corrosion prone material

    • Underground installation

    • Performance of a treatment plant is 10 – 150 l/s. Higher-performance systems consist of several lines of treatment facilities.

    • Self-sufficiency (no need for electroenergy supply)