Tornado-GPT

The Tornado- GPT system utilizes vortex radial flow to create a whirlpool movement in the water. This flow moves larger debris and non-dissolved pollutants to the center, away from the outflow screen. Our uniquely designed outflow screen systems deflect these pollutants along the face of the screen, providing further removal. The sharp angle of entry through the screen provides a high percentage of removal, allowing only dissolved particles, minimal sedimentation, and water to flow out. The whirlpool flow also forces gross pollutants and sediments down to the bottom of the tank, where they are retained until maintenance.

Our fully FRP system offers numerous advantages over existing systems on the market. Our experience in FRP system construction, design, and manufacture makes us extremely knowledgeable in the field of FRP applications. FRP is a lightweight material that is pound-for-pound much stronger than concrete, making it ideal for below-ground installation. Its resistance to water-driven erosion, high strength, and resistance to soil pressure forces allow for a long life of operation without failure or replacement.

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Tornado - GPT Product Application

  • Residential Subdivisions

    Ensure efficient handling of stormwater in residential areas, reducing the risk of flooding and promoting the groundwater recharge.

    Sustainable Development:

    Support eco – friendly designs by facilitating rainwater harvesting and reuse within housing developments.

    Flood Prevention:

    Provides robust stormwater management for large – scale commercial and industrial sites, mitigating the risk of water damage during heavy rainfall.

  • Regularly Compliance:

    Regularly Compliance:

    Helps meet stringent environmental and stormwater management regulations for industrial operations..

    Water Conservation:

    capture and stores software for reuse in irrigation landscaping and non potable app applications promoting water conservation

    Cost Efficiency:

    Reduces reliance on municipal water supplies by providing an alternative water source for various non potable-uses 

PROTECTOR CATALOGS

AS DOWNLOAD

Maintenance Manual

Product Boucher

Product Equivalency
Certificate

Installation Manual

Tornado- GPT is an advanced gross pollutant trap that utilizes a combination of vortex separation and indirect screening to remove particles larger than 1mm from stormwater runoff. Its unique design enables it to handle higher flows, prevent screen blinding, and retain a wide range of pollutants, including floatables, settleable solids, and naturally buoyant substances. Additionally, the internal hydrocarbon baffle captures free hydrocarbons and oils and prevents their release into the environment. If flows exceed the treatable rate, an internal weir diverts excess water to the outlet, while treated and bypass flows exit via the outlet pipe. With its high-performance capabilities, Tornado -GPT is an efficient and effective solution for managing urban stormwater quality and reducing the impact of urban runoff on natural ecosystems.

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Advantages of Tornado-GPT

The Tornado – GPT utilizes Continuous Deflection Separation (CDS) technology is a type of stormwater treatment device that is designed to capture and treat pullotants from stormwater runoff. The benefits of using a CDS stormwater device include:

Efficient pollutant removal: GPT technology is designed to efficiently remove pollutants from stormwater runoff, including sediment, trash, debris, and hydrocarbons.

Low maintenance requirements: GPT devices have low maintenance requirements, which means they require minimal attention once installed. This makes them a cost-effective option for stormwater treatment.

High flow rate capacity: GPT devices have a high flow rate capacity, which means they can treat large volumes of storm water runoff quickly and effectively.

Inline Tornado-GPT Specification

Model ID Treatment Flow Rate (L/S) Internal Diameter (MM) Depth Below Invert (MM) Max Pipe Size (MM) Sump Capacity (M3) Floatables Volume (MM) Bypass Flow Rate (L/S) Drawings
TGPT.65.6010 65 1200 1600 375 0.68 0.17 140 Download
TGPT.110.7512 110 1500 1920 525 1.27 0.32 300 Download
TGPT.200.1015 200 1850 2400 600 2.42 0.65 440 Download
TGPT.320.1218 320 2200 2880 675 4.11 1.12 600 Download
TGPT.400.1518 400 2500 2880 750 5.30 1.59 760 Download
TGPT.720.1824 720 3000 3840 825 10.18 3.05 900 Download
TGPT.860.2124 860 3500 3840 900 13.86 4.16 1250 Download
TGPT.1350.2430 1350 4000 4800 1050 22.62 6.79 1700 Download

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Melbourne Arts Centre

Frequently Asked Questions

What is the primary function of the FRP Gross Pollutant Trap with CDS Screen?

The primary function of the FRP Gross Pollutant Trap with CDS Screen is to capture and remove large pollutants and debris from storm water run off to prevent them from entering water bodies.

Why is fiberglass reinforced plastic (FRP) used in the construction of the gross pollutant trap?

The primary function of the FRP Gross Pollutant Trap with CDS Screen is to capture and remove large pollutants and debris from storm water run off to prevent them from entering water bodies.

What role does the 316 stainless steel play in the CDS screen?

The primary function of the FRP Gross Pollutant Trap with CDS Screen is to capture and remove large pollutants and debris from storm water run off to prevent them from entering water bodies.

How does the CDS screen enhance the performance of the gross pollutant trap?

The primary function of the FRP Gross Pollutant Trap with CDS Screen is to capture and remove large pollutants and debris from storm water run off to prevent them from entering water bodies.

What types of pollutants are typically captured by the FRP Gross Pollutant Trap?

The primary function of the FRP Gross Pollutant Trap with CDS Screen is to capture and remove large pollutants and debris from storm water run off to prevent them from entering water bodies.

How often should the FRP Gross Pollutant Trap be inspected and maintained?

The primary function of the FRP Gross Pollutant Trap with CDS Screen is to capture and remove large pollutants and debris from storm water run off to prevent them from entering water bodies.

Can the CDS screen be cleaned or replaced, and if so, how?

The primary function of the FRP Gross Pollutant Trap with CDS Screen is to capture and remove large pollutants and debris from storm water run off to prevent them from entering water bodies.

What considerations should be taken into account when installing the FRP Gross Pollutant Trap?

The primary function of the FRP Gross Pollutant Trap with CDS Screen is to capture and remove large pollutants and debris from storm water run off to prevent them from entering water bodies.

How does the FRP material compare to other materials used in similar applications?

The primary function of the FRP Gross Pollutant Trap with CDS Screen is to capture and remove large pollutants and debris from storm water run off to prevent them from entering water bodies.