Trinity Engineering Whitepaper
Executive Summary & Key Takeaways
- A single 40-inch High Flow cartridge handles up to 70 m³/hr (300 GPM) of flow rate.
- Reduces filter changeout labor from 4 hours (for 40 standard elements) to under 15 minutes.
- Vessel vessel diameter and footprint are reduced by 45% to 60%, lowering structural weight on skids.
1. The Geometry Advantage: Inside-to-Outside Flow Path
Conventional 2.5-inch cartridges flow from outside to inside, meaning all retained solids collect on the outer surface and can slough off into the housing sump during removal. High-flow 6-inch diameter elements reverse this with an inside-to-outside flow geometry, ensuring all trapped particulate matter remains safely enclosed inside the cartridge core during extraction.
2. Economic Comparison: 500 m³/hr Process Water Stream
| Parameter | Conventional 2.5" System | Trinity High-Flow 6" System | Savings / Advantage |
|---|---|---|---|
| Cartridge Count | 120 elements (40" length) | 8 elements (40" length) | 93% fewer elements |
| Housing Vessel Diameter | 1,200 mm (48") | 650 mm (26") | 46% smaller diameter |
| Changeout Time | 3.5 - 4.5 hours (2 technicians) | 20 - 30 minutes (1 technician) | 85% labor reduction |
| Solid Waste Volume | 0.65 m³ per changeout | 0.14 m³ per changeout | 78% less disposal cost |
3. Retrofitting Existing Industrial Vessels
Trinity Filtration provides specialized internal adapter plates that convert existing multi-round 2.5" vessels into high-flow configurations without cutting pipe headers or welding vessel shells, saving over 70% in capital investment.