The amount of sulfur in crude oil has become a global concern because high levels of sulfur
in refinery streams cause catalysts to become inactive and refinery equipment to corrode …

Strict environmental laws have been put in place around the world to reduce the amount of
sulfur in the fuel to reduce the emissions of harmful gases from fuel combustion and improve …

Hollow nanomaterials are considered to be excellent carriers due to the nanoreactor
confinement effect, which can improve the performance of the supported catalysts. In this …

Abstract Grey Fe doped CeO 2-σ with tunable surface and bulk oxygen vacancies (OVs)
were facilely prepared by a hydrothermal method. The light absorption, charge transfer …

The existence of sulfur compounds in crude oil will bring many problems such as corrosion,
catalyst poisoning and pollution to the petroleum processing process. Therefore, how to …

As a series of bimetallic nanocatalysts, molybdenum/vanadium oxides supported on the
silica (MoO 3/V 2 O 5/MCM-41) were prepared by the impregnation. Their catalytic activity in …

Abstract [Mn 2 (bit) 4 (H 2 O) 2] complex was used in this study as a novel precursor for the
synthesis of MnO 2 nanoflowers. The inorganic precursor was synthesized from the reaction …

The consumption of fuel oil containing sulfur compounds produces SO x, which inevitably
leads to severe environmental pollution and even threatens human health. Oxidative …

Abstract Melamine (M)-incorporated bimetallic (Zn/Co)-azolate framework-6s (M (x)@
BM6s)(with wide M-contents) composites were firstly synthesized via an in-situ method and …

Readily biodegradable and “practically non-toxic” dual functionalized imidazolium ionic
liquids (ILs) carrying nitrile and varying number of ether group were developed to improve …