Recent Progress in Intensifying Synthesis of Acrylic Microspheres for Catalysis

Over the past decades, there has been an escalating rise in need for chemicals and catalytic materials to keep up with global demands. Addressing those issues by conventional methods often becomes inefficient, myriad operational risks. Process intensification through procedural equipment-based modifications have considered greener, higher heat mass transfer rates, operate lower costs. In this review, research using ultrasonic reactors microreactors, along developments integrated external energy source, synthesizing acrylic microspheres is covered extensively. Acrylic garnered much interest their biocompatibility, affinity toward functionalization, wide range of applications. Core–shell, composite, functional-group modified, porous are used enzyme immobilization as catalyst carriers. The use support provided huge improvements activity, reusability, recyclability, overall stability. Finally, various other process alternate help enhance future field catalysis.