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The 29 pages that link to Heterogeneous catalysis, each with the reason it gives.

• Chemical kineticsBroader topic: Surface adsorption and reaction steps determine industrial catalytic rates.

• CatalysisBroader topic: Surface adsorption and reaction steps explain how many industrial catalysts operate.

• AdsorptionRelated: Reactant adsorption often precedes bond changes on a solid catalyst.

• HydrogenationRelated: Metal surfaces bring hydrogen and unsaturated molecules together during many industrial hydrogenations.

• Mass transferRelated: Reactants must reach catalyst surfaces, and products must leave, for reaction to proceed.

• PlatinumNarrower topic: Many platinum catalysts work by adsorbing reactants onto solid metal surfaces.

• Surface scienceRelated: Many catalytic cycles proceed through adsorption and reaction on solid surfaces.

• PalladiumNarrower topic: Palladium surfaces accelerate reactions in exhaust treatment and industrial chemistry.

• HydroformylationCompared with: It contrasts with the soluble metal complexes commonly used for hydroformylation.

• Inorganic chemistryRelated: Inorganic surfaces catalyze industrial reactions such as ammonia synthesis and petroleum refining.

• NanoparticleNarrower topic: Nanoparticles can expose many active surface sites for chemical reactions.

• Ostwald processNarrower topic: Ammonia and oxygen gases react on a solid platinum-rhodium surface.

• Collision theoryBroader topic: Surface adsorption brings reactants together and changes the conditions for productive encounters.

• Gas-phase chemistryCompared with: Surface adsorption and reaction compete with purely gas-phase pathways in mixed systems.

• Metal–organic frameworkRelated: Accessible metal sites in some MOFs can catalyze reactions while remaining part of a solid.

• CatalystRelated: It is widely used in industrial reactors because solid catalysts can be separated from products.

• ChemisorptionNarrower topic: Chemisorption commonly anchors reactants during reactions on solid catalysts.

• Metal oxideNarrower topic: Metal-oxide surfaces catalyze reactions such as oxidation and pollutant removal.

• Catalytic hydrogenationNarrower topic: Metal catalysts often form a solid surface where gaseous hydrogen and dissolved alkenes react.

• Copper(II) oxideNarrower topic: Solid CuO can catalyze reactions involving gaseous or liquid reactants.

• Vanadium(V) oxideNarrower topic: V₂O₅ commonly catalyzes reactions as a solid contacted by gases.

• Paul SabatierNarrower topic: Sabatier’s finely divided metals catalyze reactions at solid surfaces while reactants are gases or liquids.

• EnzymologyCompared with: Comparing it with enzymatic catalysis highlights how biological catalysts operate in solution and cells.

• NanocatalysisNarrower topic: Most nanocatalysts are solid surfaces that catalyze reactions in gases or liquids.

• Non-stoichiometric compoundNarrower topic: Defect-rich, composition-variable solids can provide reactive catalytic sites.

• Gerhard ErtlRelated: Ertl clarified how solid catalysts bind reactants and promote chemical change.

• Inorganic chemicalsRelated: Many inorganic metals and oxides catalyze reactions at solid surfaces.

• Platinum groupNarrower topic: Many group metals accelerate reactions at solid surfaces, where adsorption and active sites matter.

• Solid acidNarrower topic: Solid acids are a major catalyst family within heterogeneous catalysis.