The advancement of alternative energy is primarily catalyzed by the negative environmental
impacts and energy depletion caused by the excessive usage of fossil fuels. Biodiesel has …

In the last decade, the application of monolithic materials has rapidly expanded to the
realization of flow‐through bioconversion processes. Up to these days, different classes of …

Background The enzymatic production of biodiesel through alcoholysis of triglycerides has
become more attractive because it shows potential in overcoming the drawbacks of …

Due to diminishing petroleum reserves and the deleterious environmental consequences of
exhaust gases from fossil-based fuels, research on renewable and environmentally friendly …

The performance of metallic (Fecralloy®) monoliths based on Mg–Al hydrotalcite for the
synthesis of biodiesel through the methanolysis of sunflower oil is reported for the first time …

Porcine lipase has been reversibly immobilized on a monolithic polymer support containing
thiol functionalities prepared within confines of a fused silica capillary and functionalized …

In the last quarter century, immobilization of lipases has rapidly grown into a field of
converging knowledge on material science, chemical engineering, biochemistry, etc. The …

The application of monolithic materials as carriers for enzymes has rapidly expanded to the
realization of flow‐through analysis and bioconversion processes. This expansion is partly …

The application of monoliths for realization of solid‐phase biocatalytic processes was
dramatically extended since the beginning of new century. Different enzyme immobilization …

The use of lipase immobilized on a silica monolith as a microreactor for performing lipid
transformations is reported. The microreactor consists of a monolithic network formed within …