AI waste tsunami: Basel Convention warns of 617 million tonnes of equipment

The pace of expansion in supercomputing infrastructure is driving a unprecedented global electronic waste crisis, according to aThe pace of expansion in supercomputing infrastructure is driving a unprecedented global electronic waste crisis, according to a recent analysis, the first of its kind, issued by the Basel Convention, the international body that monitors trade in hazardous waste. The organization estimates that the artificial-intelligence sector could render up to 617 million tonnes of electronic equipment obsolete between 2025 and 2050, amid rapid hardware replacement cycles and data-center upgrades needed to meet the demands of advanced models.

The report places these figures in a concrete context that shows the scale of environmental and logistical pressure, noting that the maximum of those estimates would be enough to fill roughly 23 million 40-foot sea shipping containers, a volume that could encircle the planet about six times in a row if the containers were placed end to end. The hardware expected to exit its service life is not limited to servers and graphics processing units, but also includes network systems, cooling equipment, backup power generators, as well as communications infrastructure and personal devices, whose operational value declines increasingly quickly as software and intelligent systems evolve.

The organization warns that this torrent of retired equipment carries serious environmental and health risks, because electronic waste contains hazardous compounds, including persistent chemicals that remain in the environment for a long time, making safe disposal and recycling a technically demanding and complex task. In this context, Jim Bookit, founder and head of strategic direction at the Basel Work Network, explains that the environmental debate surrounding artificial intelligence has so far been confined to electricity consumption rates, carbon footprint, and water waste in cooling processes, while the final fate of the complex material system that powers this technology has been overlooked. Bookit asserts that the lack of prior planning to handle this equipment will unleash a flood of waste that will exacerbate the global toxic waste problem.

Redefining infrastructure cost after equipment is taken out of service.

For those leading cloud infrastructure projects or managing data centers in the region, whether in Gulf cities that are pouring accelerating investments into supercomputing complexes or in data hosting facilities in Egypt and the Levant, this warning reshapes purchasing priorities and capital planning. Acquisition cost and electricity consumption are no longer the only criteria for hardware viability; instead, as a technical manager or infrastructure developer, you must account for the regulatory and environmental cost of the full lifecycle of servers and processing units, and define safe disposal or recycling pathways before signing supply contracts.

This shift also creates a urgent need to develop new operational skills focused on managing reverse supply chains and environmental auditing of equipment and industrial coolers. As the first generations of chips installed at the start of the recent AI expansion begin to age, regional institutions will face the necessity of drafting clear policies that prevent the buildup of abandoned equipment or its unsafe export, while requiring international suppliers to adopt certified hardware recovery programs, to ensure the sustainability of digital transformation and protect the local ecosystem from escalating environmental and regulatory impacts.