Easily retrofitted into existing stormwater systems or installed simply into new constructions, the water passes through the usual catchment systems, such as stormwater drains or grates and into the Maxiprotector. The water flows into the initial catchment area and uses the force of gravity for force the water through a zeolite filter and our specially made AFM filter. Zeolite is currently the most advanced media in the filtration market and is used instead of sand in sand filters, but with a greater efficiency. It binds and removes contaminants such as ammonia and nitrogen, heavy metals such as mercury and lead, far better than sand filter ranges available in the market. The water is then filtered through a series of filter nozzles in an optimally designed filter floor for a final filtration process. The water is then push up through a central riser pipe into secondary capture area where upon filling is then discharged out of the system, or into a secondary or follow up maxiprotector filter to continue the process. Product Structure.

1. Flame Dip Inlet
2. Silt Chamber Manway
3. Filter Removal access and Manway access
4. Silt and Sediment Capture Chamber
5. Platform and Silt Baffle
6. Maxi Filter Inlet
7. MaxiFilter
8. Maxi Filter Outlet
9. Bypass Baffle
10. Outflow Chamber
11. Outflow chamber Manway access
12. Outlet Discharge

The installation of the MaxiProtector follows a simple process. A complete installation hand book is supplied to ensure the installation goes smoothly and to plan. The guide provides advice for lifting, OHS measures, handling techniques and other important requirements.

1. Excavate an area for positioning with suitable easy placing of the tank and filling as well as for consolidating concrete for backfilling.
2. Lifting and handling of the system must use appropriate processes. More details can be found in the Manual. All lifting apparatus (cables, straps, chains etc.) must be provided by a contractor.
3. Installation can be conducted with or without appropriately designed feet for the product, each with their own following installation instruction details found in the Installation Manual.
4. The system can be secured in several ways including Pea gravel and concrete surrounds, stabilised sand surroundings, concrete base and concrete surround, pea gravel backfill, mechanical anchoring etc. All have been clearly outlined in the installation manual provide by Protector.
5. Allow for protection of inlets/discharge points/vents to be supervised by contractor. Connect each suitably designed fitting with the desired location for completion.

• Bypass
  The Bypass system is simple in its design. The process uses a seal baffle, to the body of the FRP tank. In scenarios of high flow, when the water reaches a level in which the Maxi protector filters are unable to keep up with the flow of the water, the system uses the overflow over the baffle to release water. In these high overflows however, the bypass system does not filter the water as the Maxiprotector would. The Baffle does allow for removal of sediment however, and due to this, in the event of high flow situations, maintenance needs to be conducted for cleaning and sediment removal.
• Multiple Cartridge Sizing
  Adjust the size and numeration of the MaxiProtector Filter to suit the size required.
• Retrofitting Installation
  Due to the design of the maxiprotector, these filters can be installed into pre-existing stormwater structures including pre-existing stormwater storage systems or pre-existing vaults.
• Backwash
• The Maxiprotector filtration system has a self-cleaning feature that uses backwashing concept. As the water fills up the filter, due to the location of the exit of the filter, a vacuum is formed as the water forces out the air in the system. Once the water has lowered to an appropriate water level, the vacuum is broken and then the water floods back through the system, removing sediment captured in the filter.
• Varying Configurations
  Each configuration of our MaxiProtector Range can be suited to flow rates, maximum overflow levels, filtration rates and inlet sizes.
  
• Underground Installation
  Save Land space, use in dense population areas, keep urban development’s aesthetically pleasing.
  

• Car Parks and Shopping Centres
• Council Depots
• Industrial Estates
• Depot and Loading Bays
• Highways and Tunnels
• Airports and Tarmacs
• Retrofitting to existing Stormwater Drainage systems
• Waste Transfer Depots