Policy action: map indirect greenhouse gas releases across domestic chains and set a 26× factor relative to core internal activities by 2026. A data-driven approach aligns securities, investors, and people behind the organization toward transparency and forward-looking risk management to lead the united market.
Regularly collect data from sources spanning suppliers, mines, and domestic producers; map issues, quantify greenhouse releases, and trace origins. Build a public dashboard to show progress toward reduced footprints, with emphasis on zero-waste opportunities and reuse of resources across chains.
Toward zero greenhouse releases, align policy with international standards; publish clear data and coordinate with united teams to tighten controls across chains and increase transparency.
Core development initiatives include supplier onboarding, risk assessment, and continuous improvement loops; reuse and builds shorten cycles; involve people in governance, and ensure no one operates alone.
Regularly validate sources, document issues, and share learnings with a united community of practitioners; the result is reduced dependence on mines and other high-risk inputs across domestic chains.
Actions you can start now: craft policy that covers the entire value-stream, implement regular data collection, and set a target to reduce greenhouse releases by 26×; promote transparency, collaborate toward zero, and lead with a united, forward-looking program that keeps people, teams, and them informed and accountable.
Practical Focus Areas for Corporate Scope 3 Emissions
Begin with a clear measurement framework that links external spend to emitted greenhouse gas across key suppliers, with a directive requiring disclosure of data to drive early wins through a pilot in priority categories.
Adopt standardized data collection and reporting protocols to reduce issues in data quality, enabling meaningful benchmarks and transparent disclosure dashboards for internal and external stakeholders.
Establish supplier engagement as governance priority that addresses relating data gaps, requires supplier collaboration, and formalizes commitments through supplier agreements that specify data sharing cadence and validation processes.
Explore a spectrum of methods, from digital tools to audits, to increase coverage of emitted data and accelerate insights; promote innovation across sectors with pilots and cross-industry collaboration within a community of companies.
Develop a communication plan to align with regulatory, investor, and customer expectations; ensure disclosure is credible, avoiding greenwashing, and leads toward a broad agreement across senior leadership and procurement.
Set measurable time-bound targets; build a model that scales across categories and geographies, with regular reviews and data quality checks to ensure progress.
Advance contract language that requires data sharing and verification, embedding it into sourcing processes; create a community of practice with suppliers and peers to accelerate learning and reduce issues.
Immediate action steps: map top-spend categories, assemble 2-3 pilot supplier panels with disclosed data, publish a quarterly dashboard, and integrate data into procurement workflows within six months.
Identify top Scope 3 drivers in your value chain
Firstly, start with quantification of the external footprint and identify which categories hold the largest size. Build a data-driven map that shows where to focus the first actions.
Identify a category mix: upstream inputs (materials and services), capital goods, logistics, use-phase of sold products, and end-of-life treatment. In many sectors, upstream inputs drive roughly 60–75% of the total GHG footprint, logistics 10–20%, use-phase 10–20%, end-of-life 5–10%.
To capture this reliably, work with suppliers to collect high-quality data, which together with a standard methodology provides robust quantification. Leverage technology platforms to automate collection, generate insights, and publish results for governance. Consulting partners can validate data and reduce greenwashing risk.
Turn findings into action: set external targets, monitor progress beyond internal dashboards, and publish updates for brand teams and stakeholders. Include clear metrics such as category share and the impact of changes on the mix.
Key levers to reduce the leading driver include sustainable procurement, supplier collaboration, design for durability, modularity, and recirculation. Each initiative should tie to a quantified size reduction and begin with a first step–identify the top five suppliers, request data, and agree on joint changes.
Protect security of data and avoid greenwashing by transparent methodology and third-party verification where possible. Publish insights widely to build brand credibility and trust, and work with consultants to extend reach across the organization.
Standardize supplier data collection: templates, cadence, and ownership
Adopt a unified set of templates for supplier data collection that captures climate-related indicators across regions, with a quarterly cadence to ensure consistency and timely disclosure. The templates should be stored in a centralized database to facilitate comparability and automation of reporting cycles.
Define a common taxonomy: supplier name, region, product category, energy source, total energy use (units), water intensity, waste, and a governance-approved risk flag. Ensure the database enforces field-level validation to reduce rework and improve accuracy at the point of entry. Given the potential diversity of supplier capabilities, include optional fields and clear guidance for missing data so several data points can be filled progressively. The approach leads teams to mine internal systems, supplier portals, and external datasets to populate the centralized store.
Set cadences by supplier tier and region; for example, tier 1 suppliers annually, others quarterly; use automated reminders; link to governance milestones. This view supports alignment with expectations from investors and regulators and provides a clear sense of progress toward the goal. The cadence helps identify data gaps and reduces the ripple effect across teams when submissions are delayed. Current processes should be compared to the new standard to quantify improvement.
A cross-functional working group owns the process: procurement leads data requests, sustainability defines climate-related metrics, IT maintains the database, and finance tracks implications for cost of compliance. This governance setup ensures accountability, reduces silos, and aligns data collection with disclosure goals in several regions. The ownership model makes data quality everyone’s responsibility and gives executives a view into governance metrics.
Develop focused training and quick-start guides; use templates with built-in help text; provide examples and reference datasets to help suppliers understand expectations. Focused onboarding accelerates adoption and strengthens the culture of transparency among corporations and partners.
Monitor potential data quality issues by tracking completion rates, audit results, and discrepancy counts. Use dashboards to give decision-makers a sense of progress toward the goal, with a ripple effect across the value chain improving climate-related reporting and disclosures.
In practice, the data program leads to more reliable procurement decisions, better risk visibility, and a clearer view of how supplier performance supports the goal of climate-related disclosure. For corporations, the standardized approach fosters governance discipline and reduces the friction of cross-border reporting.
Benchmark greenhouse footprint across procurement, manufacturing, and logistics
Adopt a standard, three-domain benchmark with scored metrics to enable fair comparisons across procurement, manufacturing, and logistics.
With a director-led approach, place accountability at the top and highlighting issues that vary by region and supplier mix, including the largest group of partners and diverse inputs.
Stringent usage of data standards enables easier benchmarking, responding to securities and commitments from leadership.
To translate into action, benchmarks should capture water usage, land footprint, and reused content across inputs, assessed against actionable targets.
Procurement typically drives the largest share of the greenhouse footprint; focusing on a diverse supplier base, standard contracts, supplier scorecards, and increased use of reused packaging yields meaningful gains across the value chain.
Domain | Share of greenhouse footprint (approx %) | Key levers | Data sources | Target example |
---|---|---|---|---|
Procurement | 40–55% | diverse supplier base; standard contracts; supplier scorecards; reused packaging | supplier disclosures; third‑party verifications | reduce footprint per unit by 12–18% in 3 years |
Fabrico | 25–35% | energy efficiency; renewable electricity; circular design; water stewardship | plant energy records; water meters; process data | cut energy intensity by 18–22% in 3 years; reduce water use 10–15% |
Distribution | 10–25% | route optimization; modal shift; packaging reuse | fleet telemetry; fuel receipts; shipment data | lower footprint intensity per tonne-km by 15–20% in 3 years |
Implementing this approach strengthens comprehensiveness across issues and places emphasis on securities, commitments, and fair, data-driven decisions. The table provides a practical baseline for governance groups, aiding leadership in tracking progress and adjusting plans as realities shift, including shifts in material use, land pressures, and water availability.
Collaborate with suppliers to achieve reductions without disrupting value
Implement a two-week kickoff to establish a baseline for upstream GHG impacts from critical partners, including mines and tailings facilities, and set a climate-responsible goal with a clear path toward meaningful improvements. The program must be led by a cross-functional team using the company’s expertise in procurement, sustainability, and environmental risk management, and providing a framework that minimizes cost impact while delivering ongoing progress across the sourcing network. This approach might help create steady improvement in performance around top spend categories.
Create a shared data protocol today that requires partners to report energy use per unit and water intensity measured as litrespersonday, along with tailings management practices and environmental controls. Provide benchmarking against the baseline and around a 20–30% improvement target within 12 months. Although companies vary by mine type, focusing on diversity in the vendor base and climate-responsible practices can reduce carbon risk and improve social license with society at large. Where relevant, align incentives so providing value does not erode product quality or service levels.
Use performance-based contracts that link cost savings to verified improvements in environmental metrics and water efficiency. For mines, prioritize tailings management, alternative ore processing methods, and reuse of process water to cut litrespersonday; track improvements in a quarterly dashboard; encourage partners to invest in energy-efficient equipment and process changes that reduce life-cycle costs and improve community impacts within society. This approach may help the business become climate-responsible and deliver meaningful improvement over time.
Promote supplier diversity by setting inclusive sourcing targets and providing climate-responsible training, recognizing vendors that demonstrate environmental leadership; share best practices across mines and tailings facilities, and invite feedback from society and local communities to ensure ongoing value along the way. Use baseline to measure performance and adjust goals toward a stronger environmental and business balance.
Set targets and monitor progress with quarterly Scope 3 dashboards
Implement quarterly dashboards focusing on the indirect carbon footprint across the value network. Dashboards relating data on energy, transport, and materials through the network should start with a baseline year (for example 2023) and set a minimum reduction target for the coming year. Openly disclose the methodology and data sources to ensure comparability across sites and partner networks, including argentina.
- Data architecture and openness: Create a central database consolidating energy usage, transportation, and material inputs; relate data by category and site; capture details such as source, method, and uncertainty. The system provides transparency and supports disclosure to internal teams and key partners. Emitted energy across sites should be tracked to guide reduction actions.
- Metrics and units: Define KPIs such as carbon footprint intensity, total energy use, and water efficiency using litrespersonday; compare progress against baseline and across year and across regions. Just-in-time reporting supports informed decisions.
- Governance and compensation: Align incentives with measured progress to encourage good outcomes; ensure fair treatment across markets; just outcomes for communities; compensation linked to performance with dedicated development plans. Just to ensure compliance with disclosure standards and partner agreements; the governance framework stands up to audit and scrutiny.
- Data quality and interoperability: Maintain data provenance and capture details (source, method, uncertainty); ensure the open dataset approach and system interoperability across platforms; ensure the details are reliable and stands up to audit standards.
- Regional coverage and benchmarks: Map performance across markets, including argentina, and across product lines; compare against external benchmarks; set regional targets that are sustainable and achievable.
Progress reporting and action: Produce a quarterly report that visualizes reduction against baseline, highlights over- or under-performance, and identifies remediation actions. The report informs senior leadership, partners, and regulators; the disclosure process clarifies who is responsible for what and how results should be used to drive development across the network. Informed decision-making should be supported by a billion-dollar view of spend and impact, ensuring alignment with good governance and responsible compensation for teams driving the improvements. The process helps teams understand how changes relate to operations and how to translate learnings into measurable improvements across sites.
Implementation tips: Start with a minimal dashboard for a single unit, then scale across the organization. Maintain a steady cadence, review quarterly, and update baselines as needed to reflect ongoing development. Use the database to track details, monitor emitted energy, and drive continuous improvement across the year.