Researchers from Ghana and Germany have initiated a joint pilot project aimed at addressing rising textile and plastic waste in Ghana through advanced chemical recycling technologies.
The proposed facility will focus on converting polyethylene terephthalate (PET)-based textile and plastic waste into reusable monomers, even from complex materials such as coloured and multilayer composites that are typically difficult to recycle through conventional methods.
The process is designed to break down PET waste into its primary chemical building blocks, terephthalic acid and monoethylene glycol, which can then be reused to produce new PET materials. Early projections suggest conversion efficiencies of up to 97%, positioning the initiative as a potentially high-impact circular recycling model.
The collaboration reflects growing global interest in advanced textile waste management solutions, particularly in regions facing increasing pressure from post-consumer textile accumulation and imported second-hand clothing waste streams.
By enabling chemical recycling at scale, the Ghana–Germany initiative aims to reduce landfill dependency, recover valuable raw materials, and support the development of a more circular textile economy.
The pilot project also highlights the role of international partnerships in scaling next-generation recycling technologies that can transform previously non-recyclable textile waste into usable industrial inputs.
