This project investigates novel rubber recycling chemicals to turn trash into valuable goods for environmental and economic sustainability. The main goals are to evaluate innovative solvents, enzyme-based processes, and catalytic approaches for recycling efficiency and product value. The research analyzes these technologies' efficacy and advantages using secondary data from peer-reviewed literature, industry reports, and case studies. The main findings indicate that using ionic liquids and supercritical fluids enhances the dissolution efficiency, enzyme-based methods disrupt sulfur cross-links, and catalytic processes provide advantageous byproducts. These technological breakthroughs provide innovative polymers, building materials, and specialized items while decreasing the quantity of garbage disposed in landfills and cutting emissions. Despite these developments, persistent challenges regarding high technology costs and difficulty scaling still need to be addressed. The paper recommends more research funding, recycling incentives, and legal frameworks to encourage sophisticated procedures. These policy consequences must be addressed to advance recycling and create a circular economy.
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