The catalytic hydrodeoxygenation (HDO) processes for upgrading pyrolysis bio-oils from
wood pallet sawdust (WPS) were studied using activated carbon (AC) as a support of mono …

Besides precious metal oxides, non-noble metal oxides are found to be promising materials
especially, in the alkaline medium for OER. In this work, Co/MO 2 (M= Ti, Zr, and Ce) …

In this study, nanostructure kazakhstanite-like iron vanadate (Fe x V 3x O y. H 2 O) was
synthesized and calcined at different temperatures (100–800° C) in a nitrogen atmosphere …

Because of the high energy demand, hybrid supercapacitors (HSC) are one of the best
options in energy storage systems. The energy demand can be fulfilled by achieving …

Hazmat conversion to hydrogen using low-cost effective eco-friendly solar energy active
materials is a sustainable strategy for environmental remediation and provision of future …

A bimetallic catalyst improves the physical and chemical properties of a bimetal because of
an increased synergistic effect of the two different metals compared with those of their …

Herein, the authors report the NiO-doped PMMA nanocomposites fabrication process with
different Ni concentrations of 0.001–10 wt% on pre-cleaned glass, ITO, and n-type Si via …

Exploring cost-effective and efficient electrocatalysts for the hydrogen evolution reaction
(HER) is essential for realizing green energy technologies such as water electrolyzers and …

Trimetallic double hydroxide NiFeCo− OH is prepared by coprecipitation, from which three
different catalysts are fabricated by different heat treatments, all at 350° C maximum …

Obstacles such as aggregation and low activity of micron zero-valent iron in pollutant
treatment could be overcome by sulfidation and biochar support. Ball milling is a promising …