A novel Cr-HAp@ZIF-9 heterogeneous catalyst developed for efficient PMS activation and dye degradation. Rapid degradation of BS and EY with 96.17% and 97.43% through synergistic Co-centred MOF for PMS activation and ROS generation.
Advanced catalysts enable tunable selective hydrogenation of furfuryl alcohol to value-added chemicals, including tetrahydrofurfuryl alcohol, 2-methylfuran, pentanediol and cyclopentanone.
Thermolytic N-Boc deprotection provides a reagent-free alternative to conventional acid-mediated cleavage, yet its wider adoption is limited by an incomplete understanding of how solvents influence reaction kinetics. In this work,...
K-promoted LaCuFeO 3 perovskites enhance ethanol and higher-hydrocarbon selectivity during CO 2 hydrogenation, while operando DRIFTS and CFD provide insight into surface intermediates and catalytic performance.
Fine bubble organic chemistry enables mass-transfer-intensified ozonolysis using near-stoichiometric ozone at room temperature with integrated in-line peroxide decomposition.
NiCuCeO 2 nanocatalyst synthesized via ammonia-induced precipitation efficiently reduces CO 2 via methane dry reforming with carbon deposition being strongly affected by the synthesis sequence.
Furfural, a renewable platform chemical derived from lignocellulose, is an important intermediate for bio-based compounds. While numerous chemoenzymatic routes for furfural valorisation have been explored, its conversion to related amino...
Manganese anode sludge formed in the zinc electrowinning process represents a promising secondary source of manganese. Methanesulfonic acid was employed during both leaching and desorption, leveraging its high solubility, low...
The growing discharge of azo dyes into aquatic medium highlights the urgent need for adsorption materials that incorporate high efficiency with environmental compatibility.
One Ru/C catalyst, three hydrogen donors, two valuable products: the hydrogen source directs the continuous-flow conversion of levulinic acid.
Systematic microreactor investigation examines the influence of reactant ratio on apparent esterification activation energies under homogeneous catalysis.
Thiophene regulates the selectivity of Ni/diatomite for pC-DMCh hydrogenation. Online Raman monitoring enables precise endpoint control despite changes in catalyst activity, achieving 100% conversion and 99% selectivity over five cycles.
A mechanism-guided and physics-informed framework was developed for full-process prediction of multistage thermal decomposition by integrating kinetic modeling with neural-network learning.
This review presents a practical framework for evaluating reaction yield prediction under predictable distribution shifts, with deployment-aligned protocols and a shift card for standardized reporting.
The development and optimisation of a safe and scalable continuous flow Vorbrüggen protocol for the synthesis of environmentally improved fluoroquinolones.
Microdroplets can carry microscale effects beyond microchannel confinement, enabling flexible scale-up of microchemical reactions and intensified separation processes.
Amid the global shift to clean energy and carbon neutrality, efficient biomass utilization is critical, yet pyrolysis tar hinders progress.
Cu–triazole@HPMoV- X enables ultrafast and robust removal of organic dyes in complex water.
