For years, green IT was often treated as a policy statement rather than a purchasing decision. That position is becoming harder to maintain.
Public procurement guidance now places greater emphasis on whole-life value, relevant environmental considerations and evidence. At the same time, energy use, support life, repairability, redeployment, trade-in and disposal all affect what technology actually costs over time.[1][2][3]
For organisations that buy technology, bid for public-sector work or support businesses that do, sustainability is becoming part of normal technology planning. The useful question is whether the organisation can show that it buys, uses and retires technology responsibly.
Why sustainability now affects procurement
Guidance under the Procurement Act 2023 says contracting authorities may connect requirements to wider economic, social and environmental priorities where those requirements are relevant, proportionate and non-discriminatory. It also says lifecycle cost should generally be considered instead of relying only on the initial purchase price, except for basic purchases.[1]
For central government departments, executive agencies and non-departmental public bodies, the updated Social Value Model became mandatory for relevant procurements from 1 October 2025. The model is a menu of outcomes and criteria, rather than a blanket environmental score, and the selected requirements must relate to the contract.[2]
A separate policy applies to relevant central government contracts valued above £5 million per year, including VAT. Under PPN 006, bidding suppliers must provide a Carbon Reduction Plan that includes their current emissions and commitment to reach net zero by 2050.[3]
These rules do not mean every tender will ask the same sustainability questions. They do mean that organisations selling into public-sector and larger corporate supply chains should be prepared to provide clear, current evidence when it is requested.
The cost case for better lifecycle decisions
The purchase price of a device is only one part of its cost. The full picture can include deployment, warranties, maintenance, energy use, downtime, upgrades, residual value, secure data removal, collection, disposal and eventual replacement.
A cheaper device that reaches its performance or support limit too early can cost more over its useful life. An unnecessarily high specification can also waste budget. Better value usually comes from matching technology to the role and planning what will happen throughout the asset lifecycle.[1][4]
Where the practical gains are
Buy for useful life
Compare more than the headline price. Warranty length, repairability, parts availability, operating-system support, upgrade options, energy use and likely residual value all affect whether a device remains useful and economical.
The aim is to choose equipment that can perform reliably for the planned period, with a support route that reduces the risk of an avoidable early replacement.
Right-size the specification
Match devices to the work people actually do. Creative, technical and data-heavy roles may need more memory, storage or processing power, while many everyday users can work effectively on a more modest configuration.
Over-specifying an entire fleet increases purchase cost and the resources embedded in equipment that may never be used. Under-specifying can create performance problems and bring the next refresh forward. A role-based standard helps avoid both.
Extend, redeploy and reuse selectively
A fixed replacement age is convenient, but it is not always the most economical approach. Where security, compatibility, condition and performance allow, some devices can remain in service for longer, move into less demanding roles or be refurbished for reuse.
Government sustainable-technology guidance recommends maximising equipment lifespan, considering remanufactured or recycled technology and optimising energy use.[4]
The latest Greening Government ICT report recorded a fall in reported ICT waste from 1,491 tonnes in 2023 to 2024 to 955 tonnes in 2024 to 2025, a reduction of 36%. It also reported that 37% of government ICT waste was reused after reaching the end of its life within government.[5]
Those figures are not a benchmark for every organisation, but they show that reuse and waste outcomes can be measured rather than left as broad intentions.
Use trade-in and asset-recovery programmes
Retiring equipment may still have value, depending on its age, specification, condition and market demand. Manufacturer and partner programmes can support collection, appraisal, data sanitisation, resale, reuse, recycling and reporting.
HP, Lenovo and Dell all offer business asset-recovery services with combinations of secure data handling, recovery of residual value and documented environmental processing. Availability, eligibility, minimum volumes and service terms vary, so the route should be confirmed before a refresh is approved.[8][9][10]
Dispose of equipment securely and keep the evidence
Equipment that cannot be reused needs to be classified and handled correctly. Environment Agency guidance explains when electrical and electronic equipment becomes WEEE and the waste controls that then apply.[6]
Data security must be treated separately from the physical disposal route. The Information Commissioner’s Office warns that devices, including faulty ones, may still contain accessible personal information. The appropriate method may involve secure deletion software, physical destruction or a specialist data-destruction provider, depending on the sensitivity of the information and the risk involved.[7]
For each retiring asset, ask what evidence will be supplied. Useful records may include:
- Asset serial numbers and collection records
- A clear chain of custody
- Data sanitisation or destruction certificates
- The route taken for resale, reuse, refurbishment or recycling
- Any recovered value or trade-in credit
- A final environmental or disposal report
Build an evidence trail
Keep sustainability information alongside the asset register and procurement record. This may include the reason for the chosen specification, relevant supplier credentials, warranty and repair information, redeployment decisions, energy-efficiency criteria and end-of-life documentation.
This gives the organisation something specific to provide when a tender, audit, customer or internal sustainability review asks what it is doing in practice.
Be precise about environmental claims
Sustainability is an area where vague claims create unnecessary risk. The Competition and Markets Authority says businesses throughout the supply chain are responsible for ensuring environmental claims are clear, accurate and supported by evidence.[11]
Avoid repeating broad terms such as “green”, “zero waste” or “carbon neutral” unless the scope, method and evidence are clear. Specific reporting is more useful. For example, record how many devices were collected, how many were reused or recycled, which data-erasure standard was applied and what documentation was supplied.
Modest, verifiable progress is more credible than a sweeping claim that cannot be demonstrated.
The VitrX view
Green IT has grown up. It is now a practical part of buying and managing technology well, with direct links to cost, procurement, security and evidence.
VitrX can help organisations review their existing device estate, define role-based specifications, plan refresh programmes, access suitable vendor and trade-in options, coordinate secure end-of-life processes and gather the records needed to support procurement and sustainability reporting.
If you would like a straightforward review of your technology lifecycle, including where equipment could remain in service, where a refresh is justified and how retiring assets should be handled, speak to the VitrX team.
Sources
[1] Guidance: Assessing Competitive Tenders. Cabinet Office guidance on award criteria, relevant environmental considerations and lifecycle cost under the Procurement Act 2023.
[2] Procurement Policy Note 002: The Social Value Model. Explains the updated model, its scope and mandatory use by in-scope central government organisations from 1 October 2025.
[3] PPN 006: Taking account of Carbon Reduction Plans. Sets out Carbon Reduction Plan requirements for relevant central government contracts above £5 million per year, including VAT.
[4] Make your technology sustainable. Government guidance covering equipment lifespan, remanufactured technology, energy use and sustainable procurement choices.
[5] Greening Government Commitments ICT Annual Report 2024 to 2025. Reports government ICT waste volumes and reuse outcomes for 2024 to 2025.
[6] When electrical and electronic equipment becomes WEEE. Environment Agency guidance on reuse, classification, waste controls and documentation for equipment at end of life.
[7] Deleting your data from computers, laptops and other devices. ICO guidance on secure data deletion and destruction before hardware is sold, reused or disposed of.
[8] HP Renew Solutions. HP information on device recovery, secure sanitisation, repurposing and trade-in credit.
[9] Lenovo Asset Recovery Services. Lenovo information on secure, documented asset disposal, data destruction and environmental processing.
[10] Dell Asset Recovery Services. Dell information on asset resale, recycling, data sanitisation and reporting.
[11] Making green claims: Getting it right, across the supply chain. The CMA’s 2026 guidance on responsibility for accurate and substantiated environmental claims across supply chains.
