Contour Gas
Contour Gas melt blown cartridge filters utilize the very latest in high-strength fibre production to create a large diameter high-flowing element. They are available in core-free configuration as well as single open-ended (SOE). Available in two removal ratings, the filter has been designed for the economic removal of particulate such as ‘black powder’ from gas transmission lines. Contour Gas filters can be supplied to retrofit directly into existing systems. If improved maintenance (e.g., removal of retained bulk black powder) is required, a new design housing and SOE cartridge filter assembly can be provided.
The graded density of the melt-blown structure ensures the efficient removal of fine sub-micron particles while also providing an ideal surface for cake formation. This is a critical feature for the very high particulate loadings associated with corroded transmission lines. Particle removal efficiencies have been verified against the practical engineering standards of the oil majors to ensure continuous outstanding performance in the real world.
Contour Gas fibres are blown continuously onto a central production mandrel, without the need for resin binders or lubricants. This results in a one-piece, core-free construction that is resistant to unloading and media shedding. True depth filtration results from the closely controlled manufacturing process and environment, which also ensures a consistent and reliable high-quality element.
Technical Specifications
Dimensions
- Outside Diameter: 152 mm (6”)
- Core Diameter: 114 mm (4”)
Maximum Operating Conditions
- Temperature:
- 14P: 80ºC
- 14N: 150ºC
Efficiency
Contour Gas was challenged in general accordance with BS EN 3328-1 using 0.3 micron particles:
- Grade G0X: 100% retention
To ensure performance testing is actually relevant to practical applications, the filter medium was also tested at larger particle sizes and varying challenge concentrations.
Features and Benefits
- The large format and low pressure drops = lowered installation and operational costs
- Precisely controlled graded density structure = consistent reliable performance
- Wide chemical compatibility with a choice of Nylon 6 and Polypropylene
- Available in fine and coarse grades to match process requirements