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STEKON tanks and sewage pumping stations for collecting, holding and transfer pumping of liquids
STEKON tanks and sewage pumping stations for collecting, holding and transfer pumping of liquids
STEKON tanks and sewage pumping stations for collecting, holding and transfer pumping of liquids
STEKON tanks and sewage pumping stations for collecting, holding and transfer pumping of liquids
STEKON tanks and sewage pumping stations for collecting, holding and transfer pumping of liquids

STEKON tanks and sewage pumping stations for collecting, holding and transfer pumping of liquids

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  • Unique properties of polymer composite materials, composite articles can be successfully used in engineering infrastructure of road construction and urban development.

    STEKLONiT JSC offers a solution on changing vessels and reservoirs made of customary materials (steel, concrete) to glass fiber-reinforced plastic articles in road construction and development of industrial and civil assets.

    Types:

    • Holding tank for fire-fighting water supply
    • Holding tank for drinking and household water supply
    • Holding tank for waste waters
    • Sewage pumping stations with glass fiber-reinforced plastic

     

  • Name STEKON waste-water treatment facility
    Effective volume, m3  
    Outer diameter, mm 1 100-3 000
    Structural design Horizontal, vertical, above-ground, underground
    Temperature of operating medium, °C +2 to + 60
    Type of climatic version UHL as per GOST 15150
    Rated service life, years At least 25
    Optional equipment Pump equipment, pipes and check-valves systems, maintenance elements (manhole, ladder, service platform, fencing, box for garbage, etc.), devices for controlling liquid level, pouring in and discharging liquid, for Extreme North regions – block-modular buildings, heating cable, additional thermal insulation.

    A sewage pumping station is cylinder-shaped body with inside inbuilt basic pumping equipment, outfitted with piping, check valves, maintenance elements (manhole, ladder, service platform, fencing, box for garbage, etc.), control cabinet for pumping equipment.

    Basic parameters of a sewage pumping station

    Throughput rate, m3/h 1 to 2 000
    Diameter of body 1.1 to 4.2 m (1 100 to 4 200 mm)
    Flow rate of pumps, m3/h 1÷2 000
    Pump head. m Up to 70
    Diameter of pressure conduit, mm Up to 600
    Capacity of pump drive, kW Up to 80
    Seismic rating of a construction site Up to 7 points

    Basic versions ofsewage pumping stations

    Property Periodically acting sewage pumping stations immersed pumpsof low and middle throughput rate Periodically acting sewage pumping stations immersed pumpsof high throughput rate
    Material of body: glass fiber-reinforced plastic with inequal wall thickness
    Maximum number of pumps 3 3
    Maximum throughput of sewage pumping station, m3/h 10 - 150 160 - 1 600
    Diameter of sewage pumping station, mm 1 100 - 2 400 2 000 - 4 200
    Application area of sewage pumping station Pumping over service-utility waste waters from industrial enterprises, field camps, private housing (first and second stage) Pumping over service-utility drains from city micro-districts (up to 30 000 inhabitans), habitable territories and manufacturing sites (first stage)
  • Holding tank for fire-fighting water supply

    • The tank is intended for holding regulatory stock of service water for fire-fighting needs of transport and logistics centers, warehouses, including petroleum products and lubricants.
    • The tanks are intended for work in moderate climate areas and Extreme North.
    • The tanks are outfitted with firefighting pump stations, fireplug chambers, and can be mounted both above surface and underground.

    Holding tank for drinking and household water supply

    • The vessels are intended for use in drinking and household water supplying systems by way of accumulation and uniform feed of purified drinking water.
    • When a holding tank for drinking and household water supply is being produced, a multiagent epoxy-phenol coating is applied onto its inner surface as a ground coating according to SanPiN 2.1.4.1074-01.

    Holding tank for waste waters

    • The tank is intended fir accumulation, static sedimentation and uniform feed of industrial, service-utility and storm waters to treatment facilities.
    • The tanks may be of above-ground and underground design, outfitted with electric pumping equipment.
    • The tanks are intended for work in moderate climate regions and Extreme North regions. The type of climatic version is UHL as per GOST 15150.

    Sewage pumping stations with a glass fiber-reinforced plastic body

    • The tanks are intended for pumping over service-utility and meteorological (storm) waters and industrial waste waters with a neutral, middle and strongly alkaline reaction (pH within 6-12) if flow of such waters to sewage collector by gravity is impossible.
    • The tanks are used storm water runoff systems when accumulating system for purification of waste waters is used.
    • The stations are intended for operation in moderate climate regions and Extreme North regions. Climatic version UHL according to GOST 15150-69.
    • Periodically acting sewage pumping stations of low and middle throughput rate with immersible pumps are intended for pumping over service-utility waste waters from industrial enterprises, field camps, private housing (first and second stage)
    • Pumping over service-utility drains from city micro-districts (up to 30 000 inhabitans), habitable territories and manufacturing sites (first stage) are intended for pumping over service-utility drains from city micro-districts (up to 30 000 inhabitans), habitable territories and manufacturing sites (first stage)