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The 13 pages that link to Fluid catalytic cracking, each with the reason it gives.

• Petroleum refiningBroader topic: It converts heavy gas oil into gasoline, olefins, and other lighter products.

• Heterogeneous catalysisBroader topic: It applies solid-acid catalysis to refinery-scale conversion of liquid hydrocarbons.

• ZeoliteBroader topic: Zeolite catalysts convert heavy oil fractions into gasoline-range hydrocarbons.

• Oil refineryBroader topic: It turns heavy gas oil into gasoline-range molecules and other valuable products.

• AluminosilicateRelated: Synthetic zeolite aluminosilicates provide active, selective catalyst sites in many cracking units.

• Steam crackingCompared with: It cracks heavier feeds catalytically, unlike the high-temperature, noncatalytic furnace reactions here.

• PropyleneRelated: It produces propylene as a valuable coproduct while cracking heavier petroleum fractions.

• PetrochemicalRelated: Its light olefin coproducts can enter petrochemical manufacturing.

• CeriumRelated: Cerium compounds are added to some cracking catalysts to improve performance and manage sulfur emissions.

• LanthanumRelated: Lanthanum compounds can improve catalyst activity and resistance to deactivation.

• Chemical reaction engineeringBroader topic: Its reactor-regenerator system couples rapid chemistry with catalyst circulation and heat supply.

• IsobutyleneRelated: Its refinery gas streams contain isobutylene among other light olefins.

• Solid acidRelated: Acidic zeolite catalysts crack heavy oil into fuels and petrochemical feedstocks.