For the better part of a decade, sustainability in the public sector has been defined by the art of reporting. Under various frameworks, organisations have meticulously documented their carbon footprints, energy usage, and waste outputs. However, as we approach the 2026 regulatory horizon, the focus is shifting decisively. We are moving away from a world of passive disclosure and into an era of active sustainable procurement.
Public sector organisations that successfully transition their procurement strategies, specifically by reducing ICT waste, extending asset life, and evidencing Scope 3 reductions through refurbished or remanufactured IT, will find themselves uniquely positioned. They will meet the requirements of 2026 and beyond without the cost escalation that usually accompanies radical change.
The evolving regulatory landscape
The shift is driven by a convergence of new rules that transform procurement from a transactional function into a core governance mechanism.
1. UK sustainability reporting guidance 2025/26
The forthcoming UK Sustainability Reporting Guidance for 2025 to 2026 is expected to tighten the requirements for how public bodies disclose their environmental impact. Crucially, a much heavier emphasis on Scope 3 emissions is placed beyond Scope 1 and 2 (direct emissions), which are generated in the value chain, particularly through purchased goods and services. Because it is estimated that 45% of global emissions come from the way we make and use products, the primary lever for hitting Net Zero targets is now procurement.
2. The Greening Government Commitments (GGCs)
The GGCs set out specific targets for central government departments and their agencies. These include a mandate to reduce the amount of waste sent to landfill and, increasingly, a focus on the circular economy. Organisations are now expected to report on how they are extending the life of assets and ensuring that IT equipment is reused or remanufactured rather than simply recycled.
3. CMA enforcement and the DMCC act
The Digital Markets, Competition and Consumers (DMCC) Act grants the Competition and Markets Authority (CMA) significant new powers to tackle greenwashing. Public sector organisations are not immune to the risks of making unsubstantiated “green” claims in their tenders or annual reports. The CMA can now enforce strict penalties for misleading environmental claims, meaning that any procurement of “sustainable” IT must be backed by rigorous, third-party evidenced data.
4. EU regulations and global supply chains
While the UK has its own path, the EU Ecodesign for Sustainable Products Regulation (ESPR) and the Corporate Sustainability Due Diligence Directive (CSDDD) are setting the global standard. These rules require manufacturers to prioritise durability, reparability, and recycled content. For UK procurement teams, this means that the availability of “linear” (take-make-dispose) products will decrease, while the cost of virgin materials will likely rise due to new packaging and waste regulations.
The crisis of uncertainty and budget constraints
Public sector leaders are currently facing a “perfect storm” of pressures. There is a tangible fear of non-compliance or accusations of greenwashing if they cannot provide evidence of their carbon savings. At the same time, there is a lack of practical, actionable steps beyond high-level reporting.
This challenge is further exacerbated by a crisis in the laptop market. The cost of new laptops is rising sharply, with longer lead times becoming the norm. Reports suggest prices could increase by another 10%, meaning businesses may face a 20% to 25% year-on-year rise in hardware costs by the end of this quarter. For any organisation, this represents significant and often unplanned expenditure. The surge in prices is driven by increasing costs for RAM and SSD memory, coupled with supply shortages influenced by rapid advancements in AI. Consequently, laptop manufacturers are passing these higher costs on to customers.
Adding to the strain, the rising maintenance expenses of keeping older equipment in service which often costs twice as much as acquiring new devices are pushing budgets to breaking point.
The role of remanufactured laptops: A practical solution
To meet 2026 requirements without cost escalation, organisations are turning to the circular economy. This is where the distinction between “refurbished” and “remanufactured” becomes vital.
Circular Computing is the global leader in the remanufacturing and refurbishing of HP, Dell and Lenovo notebooks. A company on a mission to create a more ethical, sustainable and socially responsible way to buy enterprise-grade IT.
Operating from its state-of-the-art remanufacturing and refurbishment facility, Circular Computing was the world’s first company to hold the BSI Kitemark™ for both remanufactured and refurbished notebooks, with the former attesting that the laptops products are “equal to or better than new”.
Circular Computing’s advanced Circular Remanufacturing Process involve 360 distinct steps across a meticulous 5+ hour journey per laptop, delivering consistent quality that can rival or exceed new equipment standards.
This comprehensive approach begins with complete disassembly, allowing every component to be individually inspected, tested, and remediated. Unlike refurbishment processes that focus primarily on cosmetic improvements, true remanufacturing addresses both visible and internal components with equal rigour.
The cosmetic renewal process involves dismantling laptops into major components that are covers, palm rests, bezels, and keyboards, which are then fully repaired and repainted using state-of-the-art robotics. This precision engineering ensures exact colour and finish matching to original specifications, delivering what industry professionals describe as “like new” cosmetic quality.
Evidence-based scope 3 reductions
For a procurement officer needing to evidence Scope 3 reductions, the data is compelling. Remanufactured laptops significantly reduce CO2 emissions and save water compared to new units, supporting carbon footprint reduction for GGC and Net Zero reporting.
Furthermore, manufacturing a single laptop requires substantial quantities of water, precious metals, and minerals, resources that are increasingly scarce and environmentally costly to extract. 75–85 % of a new laptop’s lifetime CO₂ footprint occurs during mining, manufacturing and assembly even before it is switched on. A peer-reviewed scientific study by Cranfield University finds that a Circular Computing Remanufactured Laptop produces over 15 times less CO2 compared with an average new laptop.
Case studies: Circularity in action
How does this look in practice? Leading local authorities are already using this model to bridge the gap between sustainability goals and budget realities.
Kent County Council
Kent County Council (KCC) faced the dual challenge of a large-scale hardware refresh and a commitment to reaching Net Zero. By integrating remanufactured laptops from Circular Computing into their procurement strategy, KCC was able to achieve significant cost savings compared to new models. This allowed them to reinvest overstretched budgets into frontline services while simultaneously hitting their carbon reduction KPIs. The transition was seamless because the remanufactured units were Windows 11 ready, ensuring the council’s technology was future-proofed against upcoming software requirements.
London Borough of Barking and Dagenham
For Barking and Dagenham, the focus was on social value and digital inclusion as much as carbon savings. By choosing remanufactured IT, they extended their budget to provide quality devices to more staff and projects than with new equipment. This aligns with Community Wealth Building, retaining local wealth and reducing global electronics supply chain’s environmental impact.
Navigating the future: A culture shift
Transitioning to a circular procurement model requires more than just a change in supplier; it requires a culture shift within the organisation. Oxfordshire County Council, for instance, has embedded circular economy principles into its mandatory climate action training for all staff. They are also trialling “leasing versus capital” options for major contracts to further extend asset life and reduce waste.
By 2026, the organisations that thrive will be those that have stopped viewing sustainability as a reporting burden and started viewing it as a procurement strategy. The benefits are clear:
- Reduced scope 3 emissions: Direct, evidenced carbon and water savings.
- Cost control: Avoiding the price volatility of the new PC market.
- Regulatory resilience: Meeting the requirements of the UK Reporting Guidance and GGCs ahead of time.
- Reliability: Remanufactured laptops from Circular Computing boast an RMA rate of less than 3%, proving that sustainability does not require a sacrifice in performance.
The message for the public sector is clear: the time for incremental change has passed. As regulation moves from reporting into procurement, the “take-make-dispose” linear model is becoming a liability, both environmentally and financially.
By opting for remanufactured laptops, organizations can embrace a sustainable and cost-effective future. Circularity is no longer an aspiration; it is a practical necessity for the 2026 regulatory frontier.
