Polymers, due to their versatile mechanical and physical properties, play an indispensable role in everyday life with applications in numerous industries and products. These properties can be attributed to the polymer's molecular weight distribution (MWD) , as well as the identity of the monomers that make up the final polymer , among other factors . Terpolymerization, which involves the simultaneous polymerization of three monomers, has commercial significance due to its potential to create polymers with unique properties absent in their corresponding homopolymers, allowing for greater customization of polymer properties . One example is acrylonitrile-butadiene-styrene (ABS), a tough material used for consumer products made through injection molding . In comparison to its homopolymer polystyrene, ABS is opaque, exhibits good impact strength, and improved chemical resistance. The properties of ABS can also be tailored with the ratio of the three monomers based on specific requirements. However, the traditional production of terpolymers and synthetic polymers relies heavily on petroleum-based monomers derived from fossil fuels , leading to environmental concerns such as greenhouse gas emissions and the depletion of non-renewable resources . Therefore, there is a pressing need to explore alternative sources of monomers used in polymer synthesis that are renewable, ideally possessing similar properties to their petroleum-based counterparts. One such avenue includes research into sustainable polymers which exhibit reduced environmental impact throughout their life cycles . By utilizing monomers obtained from renewable resources such as bio-based materials , polymers with reduced reliance on fossil fuels can be developed that contribute to a more circular economy . A polymer that has a high percentage of its carbon content derived from natural or biobased sources generally has a higher sustainability footprint than those with lower biobased carbon content. Therefore, we set a threshold of 50% of carbon from natural sources to identify materials that contribute to sustainability by reducing dependence on fossil fuels and lowering carbon footprints. This aligns with the guidelines set forth by the International Organization for Standardization (ISO) regarding the utilization of natural or bio-derived products across various applications. Consequently, the development of sustainable polymers has become increasingly imperative in today's world .