Office IT Refresh Collection

The refresh itself is the easy part. Replacing a floor of desktops is a planned project with a budget and a date; what follows is an unplanned storage problem, because the old machines cannot go anywhere until the new ones are confirmed working, and by then everyone has moved on to something else. Meanwhile a meeting room fills with equipment that still holds company data and has an unresolved compliance obligation attached. This page covers how to get that equipment out of the building properly, and what to do during the refresh to make the collection straightforward rather than archaeological.

What happens to the old equipment after an IT refresh?

It becomes waste the moment you decide to discard it, which brings the duty of care into play immediately. From that point it needs a registered carrier, a transfer document and a treatment destination approved to handle electrical equipment.

The timing is what makes refreshes distinctive. Unlike a planned clearance, where the equipment is identified and removed in one movement, a refresh produces waste gradually as machines are swapped out, and none of it can leave until the replacements are confirmed working. That gap is where the compliance problem forms: equipment accumulates without an owner, in a space nobody allocated, holding data nobody has accounted for. The fix is not a faster collection — it is deciding the classification and the asset list while the swap is happening.

Why is a refresh harder to document than a one-off clearance?

Because the equipment leaves service in stages rather than all at once, so the record has to be built incrementally. Reconstructing it at the end means working backwards from a pile.

The column on the right is where the risk sits. A machine pulled from a desk in week one and stacked in a store room is far harder to account for in week six than one removed the day before collection.

When should the collection be booked?

At the point the refresh is planned, not when the store room fills. Booking early lets the classification and documentation be settled while the equipment is still identifiable.

There is a second reason, which is that refreshes cluster. Organisations tend to replace equipment at the same points in the year — financial year ends, term boundaries in education, lease events — so the periods when everyone wants a collection are predictable and busy. Booking against a known decommissioning date rather than a full room is the difference between a scheduled attendance and an urgent one. Where the refresh is part of a wider move, the disposal leg still runs separately from the relocation leg; see office relocation for the scheduling side.

What should be recorded as machines come out of service?

Serial numbers and a data flag, captured at the moment each machine is disconnected. This is the single highest-value habit in the whole process and it costs seconds per device.

1. Serial number, make and model for each unit removed from service.
2. Whether it holds data — and whether the drive is still in it.
3. Where it is being stored pending collection.
4. Whether it is destined for disposal, resale or reuse, decided once.
5. Any hazardous items identified separately, since display devices containing POPs travel on a consignment note rather than a transfer note.

Everything downstream — the destruction certificate, the reconciliation, the audit answer — depends on this list existing. Our guide to IT disposal documentation covers how it reconciles against later evidence.

What about the monitors?

They need assessing rather than assuming. Display devices containing POPs are classified as hazardous under EWC 16 02 13*, which puts them on a consignment note instead of a waste transfer note.

This surprises people because the assumption is that only old cathode ray tube units are a problem. GOV.UK classifies display devices containing POPs as hazardous covering both cathode ray tube and flatscreen plasma or LCD panels, so a wall of modern monitors is not automatically exempt. Because hazardous and non-hazardous items cannot travel on the same paperwork, a refresh that produces both — which most do — needs the split made before collection day rather than at the vehicle. See the WEEE Regulations for the wider classification framework.

Can equipment from a refresh be resold instead of scrapped?

Often yes, and it is usually the better outcome both environmentally and financially. Machines retired on a refresh cycle are frequently serviceable rather than broken.

The condition is that the data question is answered first. Equipment leaving in working order carries readable storage unless it has been erased to a verified standard, so a resale route puts functioning drives into someone else's hands — a sharper exposure than destruction, not a softer one. Decide the route per machine during decommissioning, agree who performs and certifies the erasure, and keep the same itemised reconciliation you would apply to destruction. The certificate of data destruction guide sets out which methods preserve the asset.

How much space does a refresh actually need?

More than planned, because the equipment stacks awkwardly and cannot be compressed. Desktops, monitors and peripherals occupy volume rather than weight, which is what catches out projects that budgeted a corner of a room.

The practical consequence is a staging decision rather than a storage one: equipment should be kept somewhere a vehicle can reach without a lift journey per item, because access is one of the main cost drivers on the collection itself. A ground-floor room near a loading point turns a half-day collection into an hour. A third-floor store with one passenger lift and a two-hour loading window does the opposite, at identical volume. Where possible, stage as you go rather than consolidating at the end.

What are the options for equipment coming off a refresh?

Four routes, and the decision should be made once per machine during decommissioning rather than twice. Each carries a different data obligation, which is the factor most often left out of the comparison.

Note that three of the four routes still require the data to be dealt with before the equipment changes hands, and two of them put a working drive into someone else's possession. Disposal is the only route where the media can simply cease to exist.

How do refresh cycles differ in education and the public sector?

They compress. Schools, colleges and universities replace equipment in concentrated bursts around term boundaries, so a year's worth of disposal arrives in a fortnight rather than spreading across twelve months.

That concentration is what makes the sector distinctive rather than the equipment itself. A large volume of data-bearing assets moves at once, under time pressure, often while the site is closed and staff who know what the machines held are on leave — precisely the conditions in which asset lists get skipped. Public-sector bodies face the same compression around financial year ends with the added expectation that disposals can be evidenced on request. In both cases the practical answer is to build the list during decommissioning and book the collection against the decommissioning date, because the alternative is reconstructing several hundred serial numbers from a locked store room in September.

What happens on collection day?

Checking, loading, signing — in that order. The transfer document is completed and signed by both parties at the point the equipment changes hands, which is what fixes the moment custody transferred.

Where data-bearing assets are involved the handover is itemised against your list rather than recorded as a count, so any discrepancy surfaces while both parties are still present and it can be investigated. The transfer note carries the waste description, its EWC code, the quantity, how the load is contained, the place and date, both parties' details, our carrier registration number and your SIC code. You keep a copy and so do we, each for two years. Everything that makes that straightforward — classification settled, equipment staged, list complete — happened before the vehicle arrived.

How does T&C Logistics handle a refresh collection?

As a scheduled attendance against your decommissioning timetable rather than a reactive clearance. We are registered with the Environment Agency as an upper tier waste carrier, broker and dealer under CBDU654368, with treatment at a partner-operated approved facility.

Collections run on dedicated vehicles rather than shared-parcel networks, under our Operator's Licence with GPS tracking and goods-in-transit cover. The transfer document is completed and signed at handover, and where data-bearing assets are involved the handover is itemised so it reconciles against the list you built during the refresh. Destruction evidence is issued by the party that performs the destruction. For the full service see IT equipment collection and disposal, for custody-critical loads see chain-of-custody IT collection, or get in touch.