IT Asset Disposal and WEEE Recycling FAQ

WEEE stands for waste electrical and electronic equipment.
In the UK, businesses need to make sure electrical waste is treated, recovered and recycled through authorised channels rather than being placed in general waste.
This matters because many electrical items contain hazardous components and valuable recoverable materials.
A compliant WEEE process reduces landfill, supports proper treatment and helps organisations demonstrate environmental responsibility in tenders, audits and ESG reporting.

The main framework businesses commonly refer to is the Waste Electrical and Electronic Equipment Regulations 2013, SI 2013 No. 3113. NetRegs also highlights later amendments including the Waste Electrical and Electronic Equipment (Amendment) Regulations 2015, SI 2015 No. 1968, the Waste Electrical and Electronic Equipment (Amendment) Regulations 2018, SI 2018 No. 102, the Waste Electrical and Electronic Equipment (Amendment) (No. 2) Regulations 2018, SI 2018 No. 1214, and the Waste (Miscellaneous Amendments) (EU Exit) (No. 2) Regulations 2019. Together these regulations govern the collection, treatment, recovery, reporting and scope of WEEE in the UK.

Typical items include desktop computers, laptops, thin clients, servers, storage arrays, monitors, printers, telecoms equipment, switches, routers, docking stations, mobile devices, UPS units and other office electronics.
Depending on the make-up of the equipment, some items may fall into hazardous waste streams and require specialist handling, storage and documentation.
Oden Services UK can position its service around mixed-load business collections, office clearances, IT refresh projects and multi-site pickups.

Not all IT equipment is hazardous, but some discarded electrical and electronic equipment contains hazardous components.
This is why organisations should not treat all old office electronics as simple scrap.
In practice, businesses should work with providers that understand hazardous classifications, segregation, storage requirements and paperwork.
One code that is often relevant in business IT disposal content is EWC 20 01 35, which covers discarded electrical and electronic equipment containing hazardous components.
Referring to this code shows that a provider understands that some WEEE streams require additional care.

EWC 20 01 35 is the European Waste Catalogue code used for discarded electrical and electronic equipment containing hazardous components.
In plain English, it is a coding reference used within waste documentation and compliance processes to identify a hazardous WEEE stream.
Where relevant, organisations should ask how a supplier identifies hazardous items, separates them from other loads and documents compliant onward treatment.

Along with onsite and offsite data destruction is essential. Companies should use a specialist provider with a documented process rather than relying on ad-hoc removal.
That process should include secure collection, serial or asset tracking where required, data sanitisation or destruction, compliant treatment routes and clear reporting.
Organisations should also check whether the provider or its treatment route operates under the appropriate environmental authorisations, such as a WEEE permit SR2015 No3, and whether environmental management systems align with ISO 14001.
Those checks help buyers distinguish between a professional service and a simple waste pickup.

Deleting files or formatting a device is not the same as verified sanitisation.
Certified erasure provides a controlled, auditable process that removes data from reusable devices and generates records to support compliance and internal sign-off.
This is especially important for organisations handling customer records, employee information, commercial contracts, health information, financial data or regulated information.
A credible ITAD provider should be able to explain when data erasure is suitable, when physical destruction is more appropriate, and what evidence the customer will receive.

Oden Services UK can legitimately highlight that it is an authorised partner of Certus.
Certus erasure software is Common Criteria certified to ISO/IEC 15408, certified by the UK National Cyber Security Centre under the CPA scheme for data sanitisation overwriting tools for magnetic media, and carries ADISA NIST 800-88 and IEEE 2883-2022 Product Assurance Certification with an Assurance Level 5 pass for magnetic hard drives and SSDs.
Certus also states compliance with NIST SP 800-88 Rev. 1, IEEE 2883-2022 and GDPR. Used by our Certus qualified data erasure engineers allows Oden to explain that its erasure process is supported by an authorised partnership with a recognised erasure software provider and is backed by audit-ready reporting.

Documentation may include collection paperwork, waste transfer documentation, hazardous waste consignment notes where applicable, asset schedules, erasure reports, certificates of destruction and summary recycling reports.
The exact paperwork depends on the service scope and waste stream, but the principle is simple: customers should be able to show what was removed, how it was processed and what happened to data-bearing devices.

A strong supplier assessment should look at data security process, chain of custody, environmental compliance, hazardous waste understanding, downstream treatment route, permit position, insurance, reporting capability and management systems.
Where relevant, organisations should ask whether the treatment route includes the appropriate WEEE authorisation such as SR2015 No3 and whether environmental controls align with ISO 14001.
These details are useful because they move the conversation from generic recycling claims to measurable compliance standards.