Recycling of medical rubber waste is carried out using chemical processing methods such as pyrolysis to convert it into more valuable materials like oil, gas, and charcoal. Medical rubber waste, such as latex gloves, is heated in the absence of oxygen at high temperatures (around 350-700°C) to decompose into hydrocarbon compounds. The resulting product, pyrolysis oil, can then be refined and further processed into diesel fuel or reused in other industries.

The recycling process involves several advanced techniques, including shredding, cryogenic grinding, devulcanization, and pyrolysis. These methods break down used rubber into reusable forms, ensuring efficient rubber reuse and contributing to waste reduction through innovative material recovery systems.

The benefits of rubber recycling include environmental sustainability, reduced carbon emissions, and cost savings for industry. Businesses can lower production costs, support environmentally friendly practices, and minimize their ecological footprint by reusing used rubber.