S Zorb™ Sulfur Removal Technology

1). the unique catalytic chemistry can minimize olefin saturation, hydrogen consumption and octane loss. The sorbent also promotes olefin hydroisomerization, which helps counter octane loss from olefin hydrogenation.
2). Applying the full range FCC gasoline once-through desulfurization process, energy consumption is lower, only 1/3~1/2 of that of the selective hydrodesulfurization technology.
3). The S Zorb’s unique chemistry does not release hydrogen sulfide into the product stream and therefore has no following problems: a) the recombination of hydrogen sulfide and olefins to produce mercaptans and b) the hydrogen sulfide removal from recycle gas and products.
4). the fluidization beds in the reactor and regenerator can realize desulfurization and regeneration reactions respectively. The lock hopper sequential control program can isolate the mid-pressure hydrogen circumstance reactor and the low-pressure oxygen circumstance regenerator, and control sorbent transport.