ESG & Sustainability

Reuse-First is the highest-leverage sustainability decision in IT

A new enterprise server emits approximately 1-2 tonnes of CO₂e in its manufacturing footprint before it is even powered on — the embodied carbon of the steel, aluminium, copper, plastics, and rare-earth elements in the chassis, plus the manufacturing energy. When Reuse-First keeps a working server in service for an additional three years instead of replacing it, that embodied carbon is "recovered" — your sustainability report can claim it as a Scope 3 emissions avoidance. Reuse-First is therefore higher-leverage for IT-sector emissions reduction than any single-vendor energy-efficiency improvement, because it operates on the manufacturing-emissions side of the equation rather than the operational-emissions side.

What gets measured per engagement

Total tonnage processed (input). Reuse-First reuse rate (% of retired tonnage refurbished and redeployed vs % destroyed). Material recovery — steel, aluminium, copper, plastics, rare earths, lithium (where batteries) — broken out per material. Diversion-from-landfill percentage. Estimated CO₂e avoided across the engagement (manufacturing-emissions avoidance from reuse). Downstream chain — the licensed recyclers and refurb partners that handle each tonne. All figures admissible for Scope 3 emissions reporting under the GHG Protocol.

Mapping to global reporting frameworks

CSRD (EU Corporate Sustainability Reporting Directive, mandatory for in-scope companies from FY2024) — Reuse-First feeds CSRD ESRS E1 (Climate change), E5 (Resource use and circular economy), and S1 (Own workforce) where the engagement-handling-discipline is in scope. BRSR (Business Responsibility and Sustainability Report, mandatory for top 1,000 listed companies in India) — feeds Principle 6 (environment) and Principle 9 (consumer protection). ISSB IFRS S1 / S2 (international sustainability disclosure standards effective 2024-2025) — feeds the climate-related disclosure on greenhouse gas emissions and on circular-economy practices. GRI (Global Reporting Initiative) — GRI 301 (Materials), GRI 305 (Emissions), GRI 306 (Waste). SASB — IT services sector standards. Maxicom's engagement reports include cross-references to the applicable framework on request.

Embodied-carbon-recovered — the metric that matters most

Most legacy ITAD reporting focuses on tonnage diverted from landfill — a reasonable historical metric but increasingly insufficient under modern reporting frameworks. The metric that matters most under CSRD, ISSB, and SBTi-aligned reporting is embodied-carbon-recovered: the manufacturing-emissions footprint of the hardware that did NOT need to be re-manufactured because Reuse-First kept the existing asset in service. A 1,000-server refresh under Reuse-First with 65% reuse rate recovers approximately 1,300 tonnes of CO₂e versus the same refresh under destruction-first. We compute this per engagement using OEM-published embodied-carbon figures for the specific server family, with downward adjustment for refurb reliability.

Downstream chain documentation

For every kilogram of material that leaves Maxicom premises, we document the destination: which refurb partner received the asset, which licensed recycler handled the residual, what processing it received, what material recovery it achieved. The downstream-chain documentation is the audit-trail that supports your Scope 3 disclosure. Where the customer requires extended downstream visibility (e.g. CSRD-mandated due-diligence on the full recycling chain), we provide it on request.

Per-job tonnage example

A typical 500-asset enterprise server refresh under Reuse-First produces approximately the following: 12-18 tonnes total input. 65-75% reuse rate (servers refurbished, redeployed via trader channels). 18-25% material recovery via licensed recyclers (steel, aluminium, copper, plastics from chassis, plus precious-metal recovery from boards). 8-12% residual to specialised hazardous-waste handling (batteries, certain capacitors). 0.2-0.5% landfill (typically only fluorescent backlights and other items where licensed recovery is not yet economic). Total CO₂e avoided: 700-1,100 tonnes depending on the OEM mix and refurb routing.

How sustainability-led procurement uses this

Sustainability-linked procurement teams increasingly demand: (1) per-engagement ESG report at SOW close; (2) quarterly consolidated sustainability metrics for programme engagements; (3) cross-reference to the customer's active sustainability framework (CSRD, BRSR, GRI, SASB, ISSB); (4) verification-grade documentation suitable for third-party assurance. Maxicom delivers all four as standard. Where a customer's procurement RFP includes sustainability scoring, our reporting depth typically scores in the top quartile against industry benchmarks.