Extruded titanium dioxide (TiO2) Claus SRU catalyst for very high hydrolysis conversion of CS2 and COS to H2S and superior resistance to sulfation poisoning. Typically loaded in a portion of the first reactor. Superior resistance to sulfation poisoning and hydrothermal aging effects allow the catalyst to provide long service life while maintaining very high conversion. The resistance to sulfation may be beneficial in the second and third reactors, especially downstream of direct-fired reheaters, or in cases where the potential for sulfation poisoning exists. Allows higher space velocities for the same sulfur conversion, which may result in smaller Claus SRU reactor volumes for new or retrofit units.
Typical Applications
Claus sulfur recovery units
Benefits at a glance
Extruded titanium dioxide (TiO2) Claus SRU catalyst for very high hydrolysis conversion of CS2 and COS
to H2S and superior resistance to sulfation poisoning. Typically loaded in a portion of the first reactor.
Superior resistance to sulfation poisoning and hydrothermal aging effects allow the catalyst to provide
long service life while maintaining very high conversion. The resistance to sulfation may be beneficial
in the second and third reactors, especially downstream of direct-fired reheaters, or in cases where the
potential for sulfation poisoning exists. Allows higher space velocities for the same sulfur conversion,
which may result in smaller Claus SRU reactor volumes for new or retrofit units. Claus SRU units requiring
a TiO2 catalyst may have one or more of the following conditions:
• Feeds with high COS and CS2
• Located in regions with higher sulfur emissions standards
• Need to decrease turnaround frequency (increased active life)
• Plants with lean acid gas feeds
• Claus SRUs followed by sub-dew point, SUPERCLAUS®, directoxidation, or no tail gas treating
• Need to debottleneck downstream tail gas treating unit
to H2S and superior resistance to sulfation poisoning. Typically loaded in a portion of the first reactor.
Superior resistance to sulfation poisoning and hydrothermal aging effects allow the catalyst to provide
long service life while maintaining very high conversion. The resistance to sulfation may be beneficial
in the second and third reactors, especially downstream of direct-fired reheaters, or in cases where the
potential for sulfation poisoning exists. Allows higher space velocities for the same sulfur conversion,
which may result in smaller Claus SRU reactor volumes for new or retrofit units. Claus SRU units requiring
a TiO2 catalyst may have one or more of the following conditions:
• Feeds with high COS and CS2
• Located in regions with higher sulfur emissions standards
• Need to decrease turnaround frequency (increased active life)
• Plants with lean acid gas feeds
• Claus SRUs followed by sub-dew point, SUPERCLAUS®, directoxidation, or no tail gas treating
• Need to debottleneck downstream tail gas treating unit
Product Details & Documents
Product Information
Further Information
Storage:
The material should be stored in its original container and in a dry, covered location protected from the ambient environment.
Packaging:
2,000 lbs (907.2 kg) supersacks
steel drums available
steel drums available
Shelf life:
5 years in original packaging stored in a dry, covered location