Cobalt-Containing Fischer–Tropsch Synthesis Catalysts Based on Binder-Free Pelletized Zeolites with a Micro–Meso–Macroporous Structure

Conversion of CH4 into C2–C3 Hydrocarbons on Pt/MgAlOx Catalysts in a Cyclic Mode

Cracking Catalyst Additives Based on МеОх/Al2O3 (Ме = Cu, Fe, Ce, Co, Mn, La) Systems to Decrease the Nitrogen Oxide Content in Generation Gases

Catalytic Hydroprocessing of Plastic Waste to Valuable Hydrocarbons

Features of the Formation of Catalysts on the Basis of γ-Al2O3 Modified with Ca2+ and Ni2+ Ions Highly Active and Resistant to Carbonization in the Dry Reforming of Methane into Synthesis Gas: Relationship between Physicochemical and Catalytic Properties

Development of New Catalytic Materials for Hydrogen Energy on the Basis of Ni–Co Nanoalloys on the Surface of Nanostructured (Ni)CoAl2O4 Spinels and Their Study in the Reaction of Dry Reforming of Methane

Cobalt-Containing Fischer–Tropsch Synthesis Catalysts Based on Binder-Free Pelletized Zeolites with a Micro–Meso–Macroporous Structure

Conversion of CH4 into C2–C3 Hydrocarbons on Pt/MgAlOx Catalysts in a Cyclic Mode

Cracking Catalyst Additives Based on МеОх/Al2O3 (Ме = Cu, Fe, Ce, Co, Mn, La) Systems to Decrease the Nitrogen Oxide Content in Generation Gases

Catalytic Hydroprocessing of Plastic Waste to Valuable Hydrocarbons

Features of the Formation of Catalysts on the Basis of γ-Al2O3 Modified with Ca2+ and Ni2+ Ions Highly Active and Resistant to Carbonization in the Dry Reforming of Methane into Synthesis Gas: Relationship between Physicochemical and Catalytic Properties

Development of New Catalytic Materials for Hydrogen Energy on the Basis of Ni–Co Nanoalloys on the Surface of Nanostructured (Ni)CoAl2O4 Spinels and Their Study in the Reaction of Dry Reforming of Methane