The rapid expansion of artificial intelligence (AI) is set to generate far more electronic waste than previously forecast, according to a report by the Basel Action Network (BAN). The environmental watchdog warns that earlier studies underestimated the scale of the issue by failing to account for the entire ecosystem of hardware required to run AI applications, including specialised servers, heavy-duty power supplies, and cooling infrastructure.
This projected surge in e-scrap is driven by two main factors: the rapid obsolescence of AI-specific hardware and the rise of data sovereignty laws. As nations increasingly mandate that data must be stored domestically, operators are building more regional data centres. This infrastructure requires frequent upgrades to keep pace with processing demands, resulting in shorter lifespans for high-performance computing equipment.
For UK waste management companies and Turkish recyclers, this development carries significant circular economy implications. E-scrap is not merely a metal recovery challenge; it contains vast quantities of technical engineering plastics, such as polycarbonate, ABS, and various flame-retardant polymers. As the UK and the EU tighten carbon reporting and circularity mandates, managing the end-of-life phase of these complex materials will become critical. Turkish processors, who operate under strict import regulations for plastic waste, must navigate the evolving legal landscape of transboundary waste movements, particularly as Basel Convention amendments tighten controls on electronic and mixed waste streams.
The practical takeaway for the sector is the need for early integration with IT asset disposition (ITAD) networks. By securing direct agreements with data centre operators, recyclers can establish traceable, high-purity streams of technical plastics before they enter mixed waste channels, ensuring compliance and capturing high-value materials.
