How Much E-Waste Does the UK Generate?
The most comprehensive global dataset on e-waste comes from the Global E-waste Monitor, published by the WEEE Forum, the International Telecommunication Union (ITU), and the United Nations Institute for Training and Research (UNITAR). The 2020 edition (covering 2019 data) recorded the following for the UK:
- The UK generated approximately 1.59 million tonnes of e-waste in 2019 (Global E-waste Monitor 2020)
- This equates to approximately 23.9 kg per person — among the highest rates in Europe
- Globally, 53.6 million metric tonnes of e-waste were generated in 2019, a figure projected to rise to 74.7 million metric tonnes by 2030
Note: more recent country-level breakdowns are available through the WEEE Forum’s national reporting. Figures for subsequent years should be verified against the latest edition of the Global E-waste Monitor or the Environment Agency’s annual WEEE data tables on gov.uk.
What Is the UK’s WEEE Collection Rate?
The WEEE Regulations 2013 set collection targets for producers, measured against the weight of electrical equipment they place on the market. The Environment Agency publishes annual WEEE data tables on gov.uk showing reported collections and treatment by category.
According to the Environment Agency’s WEEE data:
- In 2022, the total reported WEEE collected in the UK was over 600,000 tonnes (Environment Agency WEEE data tables, gov.uk — verify against the latest annual release for the most current figure)
- The UK’s household WEEE collection target is set as a percentage of the average weight of electrical equipment placed on the market in the preceding three years
- Small IT equipment (category 7 under the pre-2019 categories) consistently shows lower collection rates than large household appliances
A significant proportion of WEEE generated each year is estimated to fall outside the official reporting system — either disposed of as general waste, exported informally, or handled through unregistered channels. The WEEE Forum refers to this as “missing WEEE.”
What Categories of WEEE Are Most Commonly Disposed of Incorrectly?
Research from the WEEE Forum and Material Focus — the non-profit organisation that manages the UK’s distributor take-back scheme — highlights the following:
- Small household appliances (kettles, toasters, hairdryers) are the most commonly disposed of incorrectly, frequently placed in general waste or donated to charity shops rather than taken to a collection point
- Mobile phones have very low formal recycling rates; many are stored in drawers rather than returned to the collection stream
- IT equipment from businesses is at higher risk of informal disposal when organisations are unaware of their legal obligations under the WEEE Regulations 2013
Material Focus estimated in 2021 that approximately 155 million small electrical items were thrown away in general waste in the UK each year. Check materialfocus.org.uk for the most current estimates.
How Does the UK Compare to Other European Countries?
The UK’s per-capita e-waste generation rate places it consistently in the top tier of European countries. The Global E-waste Monitor and Eurostat data show:
- Norway, Switzerland, and the UK regularly generate 20+ kg of WEEE per person per year
- The EU-27 average is lower, at approximately 16.2 kg per person (2019, Global E-waste Monitor 2020)
- The EU WEEE Directive set a collection target of 65% of the three-year average weight of electrical equipment placed on the market — targets the UK mirrors under its retained regulations
These comparisons should be read in the context that higher per-capita generation rates often reflect higher rates of electrical equipment ownership and faster product replacement cycles, not simply poor disposal practices.
The Financial Value of Materials in UK E-Waste
E-waste is sometimes described as “urban mining” — the recovery of precious and critical materials from discarded equipment. According to the Global E-waste Monitor 2020:
- The total value of raw materials in global e-waste in 2019 was estimated at approximately USD 57 billion
- Iron and copper account for the largest share by weight; gold and palladium account for the largest share by value
- The UK’s approximately 1.6 million tonnes of annual e-waste contains recoverable quantities of these materials — the precise value depends on commodity prices at the time of processing
The economic case for proper recycling is therefore significant, both at the national level (material recovery and supply chain security) and at the individual business level (avoiding the cost of virgin materials).
What Are the Health and Environmental Costs of Mismanaged E-Waste?
The WEEE Forum and the World Health Organization have documented the health consequences of informal e-waste processing, particularly in lower-income countries where some UK e-waste is exported illegally:
- Open burning of cables to recover copper releases dioxins and furans, which are classified carcinogens
- Acid baths used to dissolve circuit boards and recover gold release heavy metals into waterways
- Communities living near informal processing sites show elevated rates of lead exposure and associated developmental and neurological conditions
In the UK, the risk of illegal export is addressed through controls under the Transfrontier Shipment of Waste Regulations 2007 and the Basel Convention. Businesses should verify that their WEEE contractor does not export WEEE to non-OECD countries in contravention of these rules.
What Can Businesses Do?
The scale of the UK’s e-waste problem is not inevitable. Businesses that adopt a clear IT asset disposal policy — prioritising reuse, using licensed contractors, retaining documentation, and choosing suppliers that support social benefit — directly reduce the volume of WEEE that enters the informal or unaccounted stream.
To understand the wider impact of your organisation’s IT disposal decisions, visit our impact page. To arrange compliant WEEE collection in London, see our WEEE recycling service for businesses.