Overview of applications of mordenite zeolite.

S. no.	Reaction	Catalyst	Reactant	Product	Ref.
1	Electrochemical detection	Platinum incorporated mordenite zeolite modified glassy carbon electrode	Mercury ions	—	56
		Lanthanum-modified mordenite zeolite electrode	Pb(ii) and Cd(ii) ions	—	57
		Phosphate-modified zeolite carbon paste electrodes	Thiocyanate	—	59
2	Isomerization	Dealuminated mordenite	n-Pentane, n-hexane, and light naphtha	Isoalkanes, octane number improvement for light naphtha	69
		Hierarchical mordenite	α-Pinene	Camphene, limonene and α-terpinene	70
3	Carbonylation	Hot-water pretreated H-mordenite	Dimethyl ether	Methyl acetate	87
		Hierarchical porous H-mordenite		Methyl acetate	88
		Alkali treated mordenite		Methyl acetate, methanol and light hydrocarbons	90
4	Hydrodeoxygenation	Ru metal supported on ZSM-5, mordenite, COK-12, β-zeolite, Y-zeolite, TiO2, and ZrO2	2-Methoxy phenol	Cyclohexane	106
		Ru metal supported on ZSM-5, mordenite, COK-12, β-zeolite, Y-zeolite, TiO2 and ZrO2	m-Cresol	Methylcyclohexane	107
		Nickel phosphide supported on sodium form of mordenite zeolite	Palm oil	C15–C18 (major) C4–C14 (minor)	108
5	Adsorption	Natural mordenite–clinoptilolite zeolites	CO2	Adsorbed CO2 gas	113
		Natural and cation-exchanged clinoptilolite, mordenite and chabazite	H2	Adsorbed H2 gas	125
6	Biomass conversion	Hierarchical mordenite zeolites	Biomass (glucose, fructose, cellulose, and bamboo sawdust)	Levulinic acid, humins	138
7	Antibacterial activity	Fe3O4@MOR@CuO core–shell	Staphylococcus aureus and Escherichia coli	—	150
8	Photocatalysis	Fe3O4@MOR@CuO core–shell	Methylene blue	Gaseous CO2 and inorganic ions	163
		Mordenite zeolite@MCM-41			164
		AgBr/Ag2CO3–MOR composite		Degraded products	165
9	Fuel cell	Nafion/mordenite composite membrane	Methanol	Energy	171
		Graphene oxide@Nafion–mordenite composite membrane			172
		Sulfonic acid-functionalized zeolites (ZSM-5, beta, mordenite)	Gases (H2 and O2)		176
10	Polymerization	High-silica mordenite	Phenylacetylene	Polymerized product	181