Is metal poisoning and pressure drop forcing you to shut down to skim your catalyst bed more frequently? Saint-Gobain NorPro has just the solution to keep your reactor up and running with its MacroTrap® guard bed media. This relieves refiners from replacing costly catalyst, which then improves overall operations and profitability of the reactor.
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MacroTrap® XPore 80 Guard Bed Media
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MacroTrap® Protects Your Catalyst Bed
Metals and particulates in the reactor's catalyst bed settle and the catalyst will become plugged in a short amount of time. The result is that pressure drop increases and reactor performance declines, requiring the refiner to shut down while the fouled catalyst is replaced.
MacroTrap® guard bed media are highly macroporous ceramic materials which work by trapping particulates and soluble iron in the very large pores before they reach the catalyst bed. MacroTrap guard bed media provides proven benefits:
- Premature shutdowns avoided
- Life of catalyst bed is significantly extended
- Reduced operating costs
- Overall, more efficient reactor operation
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MacroTrap® XPore 80
Saint-Gobain NorPro's MacroTrap® XPore 80 guard bed media is the latest generation of catalyst protection for refiners. The "XPore 80" name indicates that macropores account for ~80% of total pore volume. This is significant as it permits filtering an extended range of particulate contaminant sizes. Extended benefits of MacroTrap® XPore 80 media include:
- Macropores trap larger particulate matter with 3x to 5x more pickup
- Micropores trap particulates as small as 3 µm to 120 µm
- Tortuous path improves trapping performance of contaminants
- Retains the strength and attrition appropriate for the application
- Lower density reduces fill cost
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Typical Properties
MacroTrap® XPore 80 Property Units Target Properties Surface Area m2/gm 0.25 max Water Absorption % > 45 Packing Density kg/m3 513 max Pore Volume Pores > 10 µm (Hg) cc/gm > 0.40 Crush Strength kgs 6 mm 2.0 min 8 mm 4.5 min 10 mm 6.0 min -
MacroTrap® XPore 80 - Particulate Deposits
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