HYDROPROTECTOR

  • INDEPENDENTLY CERTIFIED TO CLASS 1,EN 858.1 STANDARD
  • FAIL-SAFE AUTOMATIC CLOSURE DEVICE
  • INTEGRATES INLET FLAME TRAP
  • STRONG FRP DUAL CHAMBER CONSTRUCTION WITH WEIGHT SAVING ADVANTAGE
  • OIL MONITORING SENSOR WITH AUDIBLE AND VISUAL ALARM
  • SECONDARY CHAMBER FITTED WITH A COALESCER FILTER
     
     
     

HYDROPROTECTOR

HydroProtector r systems are autonomous and gravity operated, therefore will function without electricity. They are engineered to meet the European Standard EN858:1: 2002 and have been independently tested for discharge water quality of less than 5mg/l and also achieve percentage removal rates of nitrogen and phosphorus.

All Hydroprotector models are independently certified for hydrocarbon spill capture volumes.  Hydraulic  Hydraulic out to ensure capacity and flowrate accuracy.

The Hydroprotector is a full retention separator that does not allow any liquids to be bypassed, therefore all flows into the unit are treated. The Hydroprotector has an incorporated flame trap, an automatic closure device and is a two chamber design which protects the coalescer that is fitted at the outlet from inundation in the event of a spill. Hydroprotector units are manufactured to treat stormwater flow rates from 2 l/s up to 350 l/s with a maximum pipe size of 750mm.

WHY INSTALL A HYDROPROTECTOR

Installing a Hydroprotector is a practical decision for several reasons. First and foremost, it plays a crucial role in high risk environments. Hydroprotector s effectively  contain and mitigate spills, preventing. hazardous substances like oil or chemicals from contaminating soil and water sources. This helps businesses meet regulatory compliance and minimize their environmental impact, contributing to a sustainable and responsible approach to operations.

Secondly, Hydroprotectors are cost-effective solutions. By swiftly containing spills, they reduce the potential for costly cleanup efforts, legal liabilities, and damage to equipment. Their ease of installation and low maintenance requirements further enhance their cost-efficiency.

Step One

FLAME TRAP INLET

The inlet pipe features a flame trap which works by eliminating air from the liquids entering the primary chamber.

Step Two

PRIMARY CHAMBER

The primary chamber of the Stormprotector is designed to slow down and separate pollutants from stormwater runoff, allowing dense particles to settle at the bottom of the chamber and the lighter fluids and deris to rise to the surface while the cleaner water flows into the secondary chamber for further treatment.

Step Three

OIL CAPTURE

Captured hydrocarbons rise to the surface of the storage chamber and are retained behind a weir which stops them from flowing into the secondary chamber without resuspension during high flow events.

Step Four

OIL PROBE CONTROL PANEL AND VAPOUR Y-SEAL

The Stormprotector is easily maintained due to its trash, oiland sludge pumpout access, providing easy and efficient access for regular maintenance and cleaning.

Step Five

SLUGE WEIR (OPTIONAL)

The secondary chamber is fitted with a finely perforated coalescing unit which removes the remaining globules of light liquid to a certified 5mg/l. The coalescing unit is installed on guiderails for ease of installation and maintenance.

Step Six

AUTOMATIC CLOSURE DEVICE

The Stormprotector has a max flow bypass that allows water to discharge freely over the weir during large stormwater inflows to prevent flow restriction.

Step Seven

COALESCER FILTER UNIT

The oil probe and control panel are crucial components in monitoring and maintaining oil spills. The probe detects any oil leaks and sends signals to the control panel, which alerts the maintenance team.

Step Eight

INNOVATIVE RISER DESIGN

The oil probe and control panel are crucial components in monitoring and maintaining oil spills. The probe detects any oil leaks and sends signals to the control panel, which alerts the maintenance team.

Step One

FLAME TRAP INLET

The inlet pipe features a flame trap which works by eliminating air from the liquids entering the primary chamber.

Step Two

PRIMARY CHAMBER

The primary chamber of the Stormprotector is designed to slow down and separate pollutants from stormwater runoff, allowing dense particles to settle at the bottom of the chamber and the lighter fluids and deris to rise to the surface while the cleaner water flows into the secondary chamber for further treatment.

Step Three

OIL CAPTURE

Captured hydrocarbons rise to the surface of the storage chamber and are retained behind a weir which stops them from flowing into the secondary chamber without resuspension during high flow events.

Step Four

OIL PROBE CONTROL PANEL AND VAPOUR Y-SEAL

The Stormprotector is easily maintained due to its trash, oiland sludge pumpout access, providing easy and efficient access for regular maintenance and cleaning.

Step Five

SLUGE WEIR (OPTIONAL)

The secondary chamber is fitted with a finely perforated coalescing unit which removes the remaining globules of light liquid to a certified 5mg/l. The coalescing unit is installed on guiderails for ease of installation and maintenance.

Step Six

AUTOMATIC CLOSURE DEVICE

The Stormprotector has a max flow bypass that allows water to discharge freely over the weir during large stormwater inflows to prevent flow restriction.

Step Seven

COALESCER FILTER UNIT

The oil probe and control panel are crucial components in monitoring and maintaining oil spills. The probe detects any oil leaks and sends signals to the control panel, which alerts the maintenance team.

Step Eight

INNOVATIVE RISER DESIGN

The oil probe and control panel are crucial components in monitoring and maintaining oil spills. The probe detects any oil leaks and sends signals to the control panel, which alerts the maintenance team.

APPLICATIONS OF THE HYDROPROTECTOR

  • SERVICE STATIONS
  • ULK FUEL STORAGE FACILITIES
  • ELECTRICAL SUBSTATIONS
  • TRANSPORT REFUELING AREAS
  • WINDFARMS
  • AIRCRAFT APRONS
  • ASPHALT PLANTS
  • MINING WASH DOWN AREAS

HYDROPROTECTOR SPECIFICATIONS

 
Model ID Treatment Flow Rate (L/s) ) Spill Capacity
(L)
Total capacity (L) Unit Length (L) UNIT DEPTH (MM STANDARD PIPEWORK DIA (MM) ) DRAWING
HYD.2.DC.R2-1 2 343 791 1099 1050 100 Download
HYD.4.DC.R2-1 4 617 1551 2100 1050 150 Download
HYD.8.DC.R2-1 8 1344 2984 3000 1200 150 Download
HYD.13.DC.R4-1 13 2436 4896 2370 1500 225 Download
HYD.15.DC.R4-1 15 2790 5616 3750 1500 225 Download
HYD.20.DC.R4-1 20 4033 7495 3350 1850 300 Download
HYD.30.DC.R5-1 30 6006 11,228 5450 1850 300 Download
HYD.40.DC.R6-1 40 10,008 14,950 7460 1850 300 Download
HYD.50.DC.R5-2 50 10,031 18,678 8000 1850 300 Download
HYD.60.DC.R5-2 60 11,923 22,405 9550 1850 300 Download
HYD.70.DC.R5-2 70 14,951 26,224 7900 2200 300 Download
HYD.80.DC.R6-2 80 17,022 29,888 8850 2200 300 Download
HYD.100.DC.R5-3 100 21,262 37,392 11,000 2200 300 Download
HYD.110.DC.R5-3 110 23,848 41,469 9950 2500 450 Download
HYD.120.DC.R6-3 120 25,939 45,131 10,800 2500 450 Download
HYD.150.DC.R5-4 150 32,209 56,116 13,350 2500 450 Download
HYD.180.DC.R6-4 180 40,983 67,949 11,000 3000 450 Download
HYD.200.DC.R6-4 200 47,297 76,029 9000 3500 450 Download
HYD.250.DC.R7-4 250 58,239 93,825 11,000 3500 300 Download
HYD.300.DC.R7-5 300 69,728 112,511 13,100 3500 750 Download
HYD.350.DC.R7-5 350 80,943 130,751 15,150 3500 750 Download

Enquire with us
Today!

Southern Highlands 1 Government Road, Braemar, NSW, 2575

Email: sales@protector.com.au
Phone: 1300 585 787
Give us a call or drop by anytime, we endeavour to answer all enquiries within 24 hours on business days.

    Please fill out the following details so we can send the document to you.

    Page Name:
    Hydroprotector Drawing
    Model No:
    HYD.4.DC.R2-1

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    Page Name:
    Hydroprotector Drawing
    Model No:
    HYD.2.DC.R2-1

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    Hydroprotector Drawing
    Model No:
    HYD.8.DC.R2-1

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    Hydroprotector Drawing
    Model No:
    HYD.15.DC.R4-1

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    Hydroprotector Drawing
    Model No:
    HYD.20.DC.R4-1

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    Hydroprotector Drawing
    Model No:
    HYD.30.DC.R5-1

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    Hydroprotector Drawing
    Model No:
    HYD.40.DC.R6-1

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    Hydroprotector Drawing
    Model No:
    HYD.50.DC.R5-2

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    Hydroprotector Drawing
    Model No:
    HYD.60.DC.R5-2

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    Hydroprotector Drawing
    Model No:
    HYD.70.DC.R5-2

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    Hydroprotector Drawing
    Model No:
    HYD.80.DC.R6-2

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    Page Name:
    Hydroprotector Drawing
    Model No:
    HYD.110.DC.R5-3

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    Page Name:
    Hydroprotector Drawing
    Model No:
    HYD.100.DC.R5-3

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    Page Name:
    Hydroprotector Drawing
    Model No:
    HYD.120.DC.R6-3

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    Hydroprotector Drawing
    Model No:
    HYD.150.DC.R5-4

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    Hydroprotector Drawing
    Model No:
    HYD.180.DC.R6-4

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    Page Name:
    Hydroprotector Drawing
    Model No:
    HYD.250.DC.R7-4

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    Page Name:
    Hydroprotector Drawing
    Model No:
    HYD.200.DC.R6-4

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    Page Name:
    Hydroprotector Drawing
    Model No:
    HYD.300.DC.R7-5

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    Page Name:
    Hydroprotector Drawing
    Model No:
    HYD.350.DC.R7-5

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    Page Name:
    Hydroprotector Drawing
    Model No:
    HYD.13.DC.R4-1

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    Page Name:
    Hydroprotector Product Brochure

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    Installation Manual

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    Hydroprotector Installation Manual

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    Maintenance Manual

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    Page Name:
    HYDROVAULT
    Model No:
    15000
    28500 mm Dia (B)

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    Page Name:
    HYDROVAULT
    Model No:
    15000
    26000 mm Dia (B)