Due to high energy content and environmentally friendly attributes, hydrogen is regarded as
an ideal energy carrier, serving as a viable alternative to fossil fuels. Steam reforming of …

The development of non-noble metal catalysts for low-temperature CO oxidation is a pivotal
subject in various disciplines. In this study, an optimized Mn-doped NiO catalyst (Mn-NiO …

In the present study, we constructed an electrochemical sensor using three materials,
namely, cerium dioxide (CeO 2) composite platinum (Pt) and polymer 3-amino-5-mercapto …

Abstract In recent years, Pd/CeO2 materials have proven to be effective catalysts for the total
oxidation of methane. In this work, three different synthesis routes were used to prepare high …

Ceria-based solid solutions (Cu x Ce 1-x O 2) with low-content dopant were synthesized by
the co-precipitation method. In samples with a high content of copper (x≥ 0.1) the second …

This study explores the performances of Ru-based catalysts with a low metal content (2 wt%)
supported on MgO and Mg-Al Oxides (MgAl) for cyclic CO 2 adsorption and methanation at …

The local coordination environment of the single atom in an atomically dispersed catalyst
(ADC) plays a crucial role in determining its catalytic activity and stability. This study …

Achieved by introducing defect sites, enhances both the catalytic activity and stability of
catalysts. This is crucial for advancing key applications in energy conversion and …

Identifying the local environments of active sites of Cu x Ce 1-x O 2 solid solution for low-
temperature CO oxidation remains significant challenges. In this study, we coupled density …

This study introduces a novel catalyst system comprising Pd nanoparticles loaded onto Mn-
doped NiO for the efficient oxidation of methane (CH 4) at low temperatures. The loading of …