Journal
POLYMER-KOREA
Volume 45, Issue 3, Pages 380-389Publisher
POLYMER SOC KOREA
DOI: 10.7317/pk.2021.45.3.380
Keywords
biomass; reactive plasticizer; poly(vinyl chloride); thermal property; mechanical properties
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Funding
- Chungnam National University
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This study successfully synthesized a reactive plasticizer BmBP with high heat resistance and strength via a simplified three-step process, which was compared with specialty plasticizers like TINTM and DIDP in terms of processability.
Waste vegetable cooking oil (WVCO), a type of biomass, is primarily produced in large quantities within the residential and commercial sectors and is a resource with low recycling rate. WVCO has been receiving much attention as a renewable resource due to rising environmental concerns and the depletion of petrochemical resources. In this study, reactive plasticizer (BmBP) recycled with biomass-based WVCO was synthesized via a three-step process that was innovatively simplified from the conventional seven-step epoxidation process, which has high heat resistance and high strength. The synthesized BmBP was compared with corresponding specialty plasticizers, such as TINTM and DIDP, in terms of processability.
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