Sulfur Removal
CC-33. Oxygen scavenger
Intended for Sulfur Recovery Units (SRU). Applied for hydrogen sulfide removal from natural and industrial tail gases in refineries and gas plants, petrochemicals and metal manufacturing. Active bed support containing iron compounds to protect Claus reaction catalyst against sulfate poisoning and providing higher overall activity in Claus reaction.
CC-46. Claus titanium dioxide catalyst
Titanium dioxide catalyst. Used in Sulfur Recovery Units (SRU). Applied as base catalyst for acid gases treatment in refining and gas processing industry, petrochemicals and metal manufacturing.
CC-59. Claus alumina catalyst
Alumina catalyst. Used in Sulfur Recovery Units (SRU). Applied as base catalyst to remove hydrogen sulfide from natural and industrial tail gases in refineries and gas plants, petrochemicals and metal manufacturing.
CC-61. Claus alumina catalyst (active bed support)
Alumina catalyst. Used in Sulfur Recovery Units (SRU) as active bed support. Applied in refining and petrochemicals, gas plants and metal manufacturing. Active bed support providing higher overall activity to replace inert ceramic balls.
DO-44. H2S selective oxidation catalyst
Iron-bearing catalyst. Intended for selective (direct) oxidation of H2S to sulfur. H2S removal from offgases in oil and gas production, refineries and gas plants, metal manufacturing. Claus tail gas treatment. H2S selective oxidation catalyst may be applied for treating low-sulfur natural and associated petroleum gases, industrial gas emissions in chemical industry, biogas production.