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9000 Litre Viking PT Below Ground Grease Trap – Citi Industries

Viking Industries designs the 9000 litre PT below ground grease trap to meet strict council requirements for high flow commercial sites. This unit from Citi Industries handles h...

Mara Ellison Aug 08, 2026
9000 Litre Viking PT Below Ground Grease Trap – Citi Industries

Viking Industries designs the 9000 litre PT below ground grease trap to meet strict council requirements for high flow commercial sites. This unit from Citi Industries handles heavy oil, grease, and solid load while supporting compliant wastewater management.

Engineered for long service life and low maintenance, the 9000 litre Viking PT below ground unit is a reliable choice for food processing plants, car washes, and large kitchens. The following details cover specifications, performance, installation, and maintenance expectations.

Model Capacity Primary Use Compliance
9000 litre Viking PT 9000 Litres Commercial grease and solids management AS 4080, local council discharge standards
Typical Installation Depth Approx. 1400 mm Below ground pits and service trenches Designed for traffic-rated covers
Recommended Flow Rate Up to 70 L/s High throughput sites such as car washes Preliminary oil interceptor certification
Material & Construction High density polyethylene Corrosion resistance and structural strength Robust for long term ground installation

Design and Engineering for Grease Management

The 9000 litre Viking PT below ground unit uses a streamlined baffling system to slow flow and encourage grease separation. This internal geometry retains solids while allowing clarified effluent to exit to downstream drainage.

Citi Industries aligns manufacturing with strict quality controls to ensure consistent partitioning performance. The unit is suitable for applications with fluctuating volumes and strong fat, oil, and grease concentration levels.

Installation and Site Integration

Correct site preparation is essential when installing a 9000 litre Viking PT below ground unit. Access for truck positioning, excavation depth, and stable bedding material all influence long term performance.

Planners should coordinate inlet and outlet levels, check bund capacity, and confirm cover load ratings match site traffic plans. Integration with existing grease trap pumping and drainage systems must follow plumbing and trade waste regulations.

Maintenance and Operational Efficiency

Routine servicing of the 9000 litre Viking PT includes scheduled pumping, visual inspection of baffles, and checking for leaks around covers and vents. Regular service keeps hydraulic efficiency high and prevents surcharging.

Operators benefit from a clear maintenance schedule that details pump out intervals, documentation for council audits, and simple inspection checklists. Keeping records of service events supports compliance and predictable budgeting.

Key Takeaways for Project Planning

  • Confirm site excavation depths and access routes before delivery.
  • Verify local council discharge limits and pre-approval requirements.
  • Schedule recurring pump outs based on observed grease and solid accumulation.
  • Use traffic-rated covers and bedding where vehicles or heavy loads are present.
  • Keep service records and interceptory reports to simplify compliance audits.

FAQ

Reader questions

How often should the 9000 litre Viking PT below ground unit be pumped?

Typical intervals range from 3 to 6 months, depending on flow volume and grease load, with documentation to support trade waste compliance schedules.

Can this unit be installed under a heavy traffic area?

Yes, when fitted with traffic-rated covers and proper support, the 9000 litre Viking PT below ground model is designed for parking lanes and delivery zones.

What is the expected service life of the polyethylene construction?

With correct installation and maintenance, the unit can deliver more than 20 years of reliable service in demanding commercial environments.

Does the unit require power or mechanical systems to operate?

No, the separation process relies on gravity and baffling, so there are no pumps or electrical connections needed for core function.

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