The catalysts used for residue fluid catalytic cracking must have good catalyst activity,
selectivity, hydrothermal stability, coke selectivity and metals tolerance to high …

Reprocessing of waste plastic has been extensively studied. Herein, a facile and efficient
method for solving the plastic recycling crisis was developed using micro-wave assisted …

Energy security and waste management are gaining global attention. The modern world is
producing a large amount of liquid and solid waste as a result of the increasing population …

The porous structure of ZSM-5 zeolite strongly affects the adsorption, especially when
resistant compounds are present in the water, such as naphthenic acid in oil-produced …

Hierarchically porous structures are important in adsorption applications and can be used in
gas treatment. Hierarchy in adsorbents offers flow channels on different scales, resulting in …

Polyolefins can be converted into C2–C5 hydrocarbons and benzene–toluene–xylene (BTX)
aromatics as high-demand petrochemical feedstocks via catalytic pyrolysis on acidic …

Conventional thermal heating versus microwave heating for the oxidative dehydrogenation
of ethane with CO 2 as the oxidative co-reactant over 2% Ga/ZSM-5 and 1.5% Ga0. 5 …

Zeolites are spectacular natural minerals that can replace other expensive or hazardous
materials in wide-range applications by virtue of their unique physico-chemical properties. In …

For the first time catalytic systems based on HZSM-5 zeolites (Si/Al= 12, 25, 40) with
nanosized anatase (NA) were obtained in situ by a modified hydrothermal method and a sol …

Research into the speciation of sulfur and hydrogen molecules produced through the
complex process of thermophilic dark fermentation has been conducted. Detailed surface …