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Homogeneous catalysis.

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Catalysis --- Homogeneous catalysis --- Coordination compounds --- Industrial applications --- Research

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Catalysis --- Catalysis. --- Activation (Chemistry) --- Chemistry, Physical and theoretical --- Surface chemistry --- catalytic reactions --- enzymatic catalysis --- spectroscopic methods --- heterogeneous catalysis --- homogeneous catalysis

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Suzuki–Miyaura cross-coupling remains a powerful tool in organic synthesis for C–C bond formation and has various industrial applications, for example, the synthesis of pharmaceuticals and materials. Intensive research efforts are being made into finding ways of improving and expanding the scope of this process, and the development of more efficient catalytic systems for this extremely important reaction is still a hot research topic of enormous academic and industrial interest. This Special Issue, consisting of four reviews, two communications and six articles, focuses on recent promising research and novel trends in the broad field of Suzuki–Miyaura cross-coupling employing a range of different palladium catalysts. Homogeneous or heterogeneous catalysis in organic or aqueous medium, using conventional conditions or non-conventional techniques such as microwave and ultrasound irradiation, grinding and photo-activated processes as green chemistry approaches, as well as continuous flow technology are included. The catalysts described herein are unsupported metal complexes, catalysts immobilized on solid supports, ligand-free catalytic systems or metal nanoparticles.

Phosphane-free ligand --- Metal nanoparticles --- Heterogeneous catalysis --- Cross-coupling --- Multiphase catalysis --- C-C bond formation --- Phosphane ligand --- Homogeneous catalysis --- Metal complex --- Noble metals

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The chemical industry is essential in the daily human life of modern society; despite the misconception about the real need for chemical production, everyone enjoys the benefit of the chemical progress. However, the chemical industry generates a large variety of products, including (i) basic chemicals, e.g., polymers, petrochemicals, and basic inorganics; (ii) specialty chemicals for crop protection, paints, inks, colorants, textiles, paper, and engineering; and (iii) consumer chemicals, including detergents, soaps, etc. For these reasons, chemists in both academia and industry are challenged with developing green and sustainable chemical production toward the full-recycling of feedstocks and waste. Aiming to improve the intensification of the process, chemists have established chemical reactions based on catalysis, as well as alternative technologies, such as continuous flow. The aim of this book is to cover promising recent research and novel trends in the field of novel catalytic reactions (homogeneous, heterogeneous, and enzymatic, as well as their combinations) in continuous flow conditions. A collection of recent contribution for conversion of starting material originated from petroleum resources or biomass into highly-added value chemicals are reported.

n/a --- dynamic mesh --- catalytic hydrodechlorination --- Pd catalyst --- fuel reactor --- catalysis --- alcohols --- Rhynchophorus ferrugineus --- ketones --- numerical prediction --- heterogeneous catalyst --- 5-hydroxymethylfurfural (HMF) --- CO2 capture --- chemical looping combustion --- SBA-15 --- biodiesel --- ?-valerolactone --- (bio) catalysis --- economizer --- erosion rate --- magnesium --- circulating fluidized bed --- continuous reactor --- erosion evolution --- kinetics --- Meerwein–Ponndorf–Verley reduction --- flow microreactor --- CFD --- micro reactor --- Oppenauer oxidation --- chlorophenols --- succinate --- aldehydes --- multiphase catalysis --- methyl levulinate --- pheromone --- zirconium --- flow chemistry --- continuous flow --- biomass --- glucose --- oxidation --- dialkyl succinates --- tube-in-tube --- aerobic --- chemo-enzymatic catalysis --- homogeneous catalysis --- lipase Cal B --- expiry period --- titanium dioxide --- Meerwein-Ponndorf-Verley reduction