What to Do with Broken IT Equipment
Key takeaways
- Broken IT equipment is still WEEE and cannot go in general waste.
- A failed drive can still hold recoverable data and is a breach risk.
- Physical destruction is the safest route for faulty or dead drives.
- Damaged batteries need careful, separate handling as a fire risk.
- Broken kit still contains recoverable materials with value.
- Qualifying volumes are collected free with a Waste Transfer Note.
Deciding how to dispose of broken IT equipment is something every business faces, because faulty laptops, dead desktops and failed drives accumulate fast. The mistake is assuming broken kit is worthless or safe to bin — it is still WEEE, and a failed hard drive can still hold fully recoverable data. This guide explains how to handle broken IT securely, legally and at no cost.
Broken does not mean binnable
A dead laptop or a desktop that will not boot is still electronic equipment, and the WEEE Regulations apply regardless of whether the device works. Putting broken IT in general waste breaches both the regulations and your duty of care under the Environmental Protection Act 1990.
The temptation to skip faulty kit is understandable — it feels like rubbish. But the same legal, environmental and data obligations attach to a broken machine as to a working one, so it needs the same compliant disposal route.
The duty of care is also a chain that does not end at your loading bay. As the producer of the waste you remain responsible for ensuring that broken IT reaches an authorised facility, which means it must pass to a registered upper-tier waste carrier with a Waste Transfer Note for every collection. The Environment Agency can investigate where electronic waste is fly-tipped or handled by an unregistered operator, and faulty kit found dumped frequently still carries asset tags that trace straight back to the original owner.
The data risk in faulty equipment
The most dangerous assumption about broken IT is that a dead device is a safe device. In reality, the fault is often nothing to do with the storage.
Why a dead device is not a safe device
A computer that will not power on can still have a perfectly readable drive — the fault is often in the screen, power supply or motherboard, not the storage. Data on that drive remains your responsibility under UK GDPR until it is properly destroyed.
Handling failed drives
Drives that cannot be wiped because they no longer respond should be physically destroyed in line with DIN 66399 guidance, with a Certificate of Destruction. This is the only reliable way to guarantee a failed drive's data is gone, since wiping software cannot reach an unresponsive disk.
Damaged batteries and fire risk
Swollen, leaking or damaged lithium batteries — common in old laptops and phones — are a genuine fire hazard and are classed as hazardous waste. They must be removed where safe to do so and handled separately, never crushed or placed in general waste.
Lithium battery fires are a serious and growing cause of incidents in waste and recycling operations. Identifying and isolating damaged batteries before collection protects your staff, your premises and the recycling crew handling the load.
Sorting broken IT for disposal
A quick triage before collection keeps the job safe and ensures data-bearing and hazardous items are handled correctly.
- Separate data-bearing devices from non-data items
- Set aside any swollen or damaged batteries for safe handling
- Group similar items to streamline collection
- Note which drives are unresponsive and need destruction
- Keep an inventory for your disposal records
Why broken kit still has value
It is easy to write off broken equipment, but even non-working devices contain materials and parts worth recovering — which is exactly why they can be collected free.
Material recovery
Even non-working devices contain recoverable metals, plastics and components. Dismantling broken IT recovers these materials for reprocessing, which is what makes free collection viable for qualifying volumes.
Harvesting working parts
Some faulty machines yield functional components — memory, drives, power supplies — that can be reused, reducing demand for new manufacturing and supporting the waste hierarchy's preference for reuse.
Common mistakes with broken IT
Broken equipment tends to be handled carelessly precisely because it is broken. These are the errors that turn faulty kit into a compliance or safety problem.
- Skipping a dead laptop without destroying its drive
- Assuming a non-booting machine holds no recoverable data
- Storing swollen batteries with other waste
- Letting broken kit pile up and increase data risk
- Using an unregistered carrier with no Waste Transfer Note
Compliance and documentation
Broken IT must still be transferred to a registered upper-tier waste carrier with a Waste Transfer Note for every collection. Where failed drives are destroyed, keep the Certificate of Destruction as evidence the data was dealt with.
Because faulty kit often includes hazardous components such as damaged batteries, accurate waste descriptions matter. Keeping your documentation in order demonstrates compliance to the Environment Agency and supports your ESG reporting.
Where broken IT accumulates and why it is a risk
Faulty kit rarely gets disposed of promptly. It tends to migrate to a drawer, a spare desk or the proverbial cupboard of doom, where it sits for months or years. Every one of those forgotten machines may still hold a readable drive, so an informal stockpile is really an undocumented store of personal data outside your control.
The longer broken equipment lingers, the harder it becomes to know what data each device held or where it came from. Swollen batteries in old laptops and phones also become more hazardous over time. A simple policy — that faulty IT is logged and moved to a secure holding area until the next collection — turns a creeping liability into a managed process.
What to look for in a recycler for faulty kit
Not every recycler is set up to deal with the specific risks of broken equipment, namely unresponsive drives and damaged batteries. Before handing over faulty IT, check the provider can meet the criteria below.
- Registered upper-tier waste carrier status you can verify
- Physical destruction of unresponsive or failed drives to DIN 66399
- Safe handling of damaged lithium batteries as hazardous waste
- A Certificate of Destruction available for data-bearing media
- A Waste Transfer Note and a genuine zero-to-landfill ethos
Step-by-step: dealing with a batch of broken IT
When faulty kit has built up, a short, repeatable process turns a daunting pile into a controlled job. The aim is to identify data-bearing and hazardous items first, then group everything for a single compliant collection. The sequence below works whether you have a handful of dead laptops or a storeroom of mixed broken equipment.
- List every item, noting which contain drives or other storage
- Separate data-bearing devices from cables, peripherals and pure hardware
- Isolate any swollen, leaking or damaged batteries for safe handling
- Mark which drives are unresponsive and therefore need physical destruction
- Consolidate the batch in a secure area until you reach the collection threshold
- Book a registered carrier and keep the Waste Transfer Note and Certificate of Destruction
Triage: repair, harvest or recycle
Not every broken device is beyond use, so a quick assessment before disposal can be worthwhile. Some faults are cheap to fix relative to a machine's remaining value, while others mean a unit is only good for parts or material recovery. Applying the waste hierarchy here means asking whether repair or reuse is realistic before defaulting to recycling.
When repair makes sense
A machine with a failed screen, keyboard or power supply but a sound mainboard may be economically repairable, particularly for newer hardware still under warranty or support. If repair returns it to service, you avoid both the disposal and the cost of a replacement, which is the most sustainable outcome of all.
When to recycle or harvest parts
Where repair is uneconomic, the device still has value. Working components such as memory, drives and power supplies can be harvested for reuse, and whatever remains is dismantled so metals, plastics and circuit-board materials are recovered. This recoverable value is exactly why faulty IT equipment recycling can be offered free for qualifying volumes.
How Ewaste.org.uk handles broken IT
Ewaste.org.uk collects broken and faulty IT nationwide as a registered upper-tier waste carrier, including dead laptops, non-booting desktops, failed drives and damaged peripherals. Unresponsive drives are physically destroyed with a Certificate of Destruction on request, and damaged batteries are handled safely as hazardous waste.
For qualifying volumes — often broken kit combined with other redundant equipment to reach around 10 items — collection is free, with a Waste Transfer Note and a zero-to-landfill outcome. To arrange a collection, call 020 4524 7964 and describe what you have.
Is broken IT collection free?
Yes — for qualifying volumes, broken and faulty IT is collected free, because the recoverable materials cover the cost. Combine broken items with other redundant kit to reach the threshold, and a computer recycling service will handle the rest under a zero-to-landfill ethos.
Need help with this? Learn more about our computer recycling service or arrange a free, no-obligation collection today.
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Frequently asked questions
Can I throw away broken computers?
No. Broken IT is still WEEE and cannot go in general waste. It must be recycled through approved channels with a Waste Transfer Note, regardless of whether it works.
Is data safe on a broken hard drive?
Not necessarily. Many faults do not affect the drive, so data can remain fully recoverable. Failed drives should be physically destroyed with a Certificate of Destruction to be certain.
What do I do with a swollen laptop battery?
Treat it as hazardous waste and a fire risk. Set it aside for safe, separate handling and never crush it or put it in general waste, as damaged lithium batteries can ignite.
Does broken equipment qualify for free collection?
Yes, for qualifying volumes. Broken kit still contains recoverable materials, so it can be collected free with full documentation when combined to reach the threshold.
What happens to broken IT after collection?
Data-bearing drives are destroyed, working parts may be harvested for reuse, and the rest is dismantled so materials are recovered with nothing usable sent to landfill.
Can a drive that will not power on still be wiped?
No. Wiping software needs the drive to respond, so an unresponsive or failed drive cannot be wiped reliably. Physical destruction to DIN 66399 is the safe route for such drives.
How should I store broken IT before collection?
Keep it secure and away from general waste, isolate any damaged batteries, and avoid letting it accumulate, as stored data-bearing kit increases your breach risk over time.
Is it worth repairing broken IT rather than recycling it?
Sometimes. A machine with a failed screen, keyboard or power supply but a sound mainboard may be economically repairable, especially if it is newer or still supported. Where repair is uneconomic, working parts can be harvested for reuse and the rest recycled for materials.
What paperwork should I keep for broken IT disposal?
Keep the Waste Transfer Note for every collection, plus a Certificate of Destruction for any failed or destroyed drives. Accurate waste descriptions matter where hazardous components such as damaged batteries are involved, and the records support audits and ESG reporting.