Warum verfehlen große Marken immer wieder ihre Nachhaltigkeitsziele?

Align executive incentives with year-on-year co2e reductions across the full value chain. While delivering measurable emissions improvements, tie a single, verifiable KPI to each product family and anchor compensation to progress in five core domains: materials, manufacturing, packaging, logistics, and end-of-life recovery. This focus translates volume growth into lower impact and aligns with market expectations for responsible business practice, boosting sustainability credentials with customers and investors alike.

Noted gaps emerge when estates, suppliers, and internal teams operate in silos. Given the scale of Scope 3 emissions, aligning all parties is essential; without it, relative improvements in one area fail to move overall co2e downward. A simple model tracks co2e and tco2e by product, with a market-facing dashboard indicating year-on-year progress and a transparent data trail for sources.

Implement a five-point plan that begins with design-for-recyclable packaging, switches to recyclable materials where possible, and sources from suppliers with verifiable claims. Create a standard emissions accounting per product, and use relative benchmarks to compare across categories rather than absolute footprints, which better reflects product complexity. Delivering results requires a clear owner for each product line and a quarterly cadence that reviews volume, recycling rate, and packaging weight.

Across the market, a transparent sourcing map from materials to estates reveals where gains come from; measuring emissions per unit and considering end-of-life scenarios improves Nachhaltigkeit outcomes. Noted shifts reflect a stronger success trajectory over year-on-year comparisons, with five sectors showing steady progress; the data source remains internal market benchmarks and supplier disclosures, guiding future investment and product development.

Diagnosing the Diageo packaging weight challenge and broader brand targets

Deploy a supplier-led validation protocol for packaging weight during production and usage, anchored to a complete baseline sheet, with absolut reductions time-bound and clearly validated.

What performs best is a two-tier approach: measure weight during supplier processing and at local pack lines, then calculate relative changes against the baseline sheet, with each change validated.

Scope includes all whisky packaging elements, from primary bottles to secondary cartons; set levels for reductions that are achieved and those that require adjustment, and ensure results are accounted in the sheet.

Time to implement: set quarterly reviews, time buffers for adjustments, and keep the director informed amid supplier changes, amid market dynamics and a planned increase in validation cadence.

Most challenging: unnecessary weight creep; address it by comparing usage scenarios, keeping track of usage versus baseline, and improved packaging design.

источник data from field validation confirms that local whisky usage patterns drive weight variance; align supplier data with those patterns and keep the sheet updated.

What the Diageo weight-reduction target was and how it was measured

Start with a single, auditable metric: grams of packaging weight per unit across the portfolio, tracked at every site, with a defined baseline and a target year. sooner measures of progress create clarity for manufacturing, marketing, and market teams.

The voluntary weight-reduction aim covered the johnnie portfolio and those brand lines, with the plan expanding across the companys packaging network. The intention was a double-digit cut by the intended year, delivering environmental impact reductions and cost savings.

What was measured: packaging weight per unit, normalized to volume; scope included primary and secondary packaging across Diageo’s lines; measurement occurred at site level using a standardized system. Those data feeds supported quarterly updates, enabling comparison by market and by portfolio component; recent analyses noted that progress varied by levels of market maturity and product format. The approach was positioned against peer plans, with Unilever noted as a benchmark and carlsbergs and ricards cited in contrast to highlight different design levers–and those differences helped explain why some moves delivered higher impact than others.

How the measurement worked: the metric tied packaging weight to volume to reflect real usage, while the environmental impact was tracked through a lifecycle lens (tco2e) for selected redesigns. The process relied on a high-integrity data system that aggregated site data, allowed move-to-action decisions, and supported transparent reporting to executives and site managers. Those steps explained what changes were intended, what level of weight reduction was feasible at each site, and how delivering lighter packaging could sustain volume growth with lower environmental impact.

Where packaging decisions or supplier choices missed target milestones

Recommendation: embed mandatory validation across supplier changes and install a centralized system for reporting. Start pilots in asia and the north region to quantify time-to-implementation and footprint impact when substituting virgin content with recyclate. The intended outcome is a packaging platform that preserves performance while reducing weight and absolute footprint by a measurable margin within 12 months, with validation of every assumption and clear usage guidance for consumers.

Where delays occurred: misalignment between area owners and procurement, weak consensus on technical specs, and gaps in data about recyclate quality. An officer-led steering group should drive a focused cadence, so decisions are not tired by manual review. The aim would be to shorten cycle time and raise the quality of pilots, with transparency on which areas carry the greatest footprint impact.

Concrete steps: 1) define the intended performance for each packaging option; 2) run technical testing on weight, durability, and recyclate consistency; 3) launch pilots to compare virgin vs recycled options; 4) replace non-recyclate portions with recyclate where feasible; 5) implement a single reporting template to capture footprint, usage, and area data; 6) build consensus across function teams and with suppliers.

What to measure: absolute reductions in footprint per unit; area-by-area recyclate content; time to move from pilot to production; stated assumptions and the data backing them; which suppliers meet validation criteria; and how the recyclate supply chain behaves in asia and north geographies. Use a standardized, area-wide report to keep consumers informed without compromising performance. Include recyclate grade, recyclate origin, and where recycling streams would be redirected.

Reporting cadence and governance: quarterly reviews chaired by the chief officer or equivalent; require validation before any price or mix change; ensure the system ties to the broader footprint goals. This focused approach would help brands move from tired, manual processes to a data-driven loop that shortens time to impact and increases the likelihood of reaching stated milestones.

Operating model and governance gaps slowing progress

Establish a formal operating model with explicit decision rights and a centralized governance body that evaluates progress against a public roadmap, with quarterly reviews and fixed deadlines to align functions across the value chain. Align disclosures with sbti guidance and commit to a single target with clear milestones.

Create a cross-functional governance council with members from environmental stewardship, procurement, operations, and finance; mandate increased transparency by building data infrastructure that tracks water use, materials flow, recyclability, reuse, and environmental impact. Ensure availability of reliable data and integrated dashboards drawing from original sources to accelerate decision-making, with well-connected insights across teams.

Link funding to milestones in the roadmap; allocate fiscal resources for data collection, testing, supplier onboarding, and lifecycle assessments. Set a longer planning horizon (3–5 years) and push packaging and material changes to scale environmental improvements across regions, aiming for measurable progress by year 4 and beyond; however, progress requires disciplined governance.

Institute a common quality standard for materials and packaging; require original data from suppliers, audits, and traceability to demonstrate recyclability and reuse. Set deadlines and monitor fiscal impact, ensuring the improvements would translate into measurable environmental results and meaning for investors and customers.

Embed wider accountability by including regional teams and external partners; those members would report to the central committee, increasing visibility and environmental alignment across the supply chain. This approach would increase the availability of data, increased collaboration, and longer-term results at scale.

Data quality, reporting cadence, and verification gaps

Implement a unified, auditable data backbone across the value chain within 12 months, with a quarterly cadence and external verification for high-risk inputs. The backbone should be designed to capture data once from producers, recyclers, and programme partners, then feed dashboards, credits, and progress reports. Baseline measurement anchors annual milestones to track ambition, with asia operations such as Asahi, rémy, and Ricard serving as concrete reference points to iterate quickly.

• Data quality and capture: baseline completeness stood at 62% in 2023 and rose to 78% in 2024 across core suppliers; aim 90% by 2025. Deploy four standardized templates, enforce 95% field validation for critical metrics (mass balance, material type, origin, credits), and ensure line-item detail is captured for key materials. Extend inputs from recyclers to close the loop on post-consumer materials and verify against credits registries.
• Reporting cadence: establish quarterly reporting cycles with monthly dashboards for internal oversight. Mandate an annual external assurance for high-risk datasets and implement a one-way data feed into a central system to reduce re-entry. Split responsibilities so internal teams own data integrity while independent verifiers handle audit checks; weight the importance of data by impact to avoid overemphasis on low-value items.
• Verification gaps: deploy third-party assurance for 60–70% of core data by 2025, rising to 85–90% for top-tier suppliers by 2026. Cross-check with credits registries and recyclers data; incorporate random audits and independent sampling to prevent double counting and enhance credibility of reported figures.
• Programme case studies and progress signals: in asia, Asahi-led programmes across six plants drove data capture from 58% to 83% and external verification coverage from 15% to 62%; Ricard-linked supply chains showed similar improvements through integrated recycler inputs and credits tracking. The rémy naming scheme was adopted to harmonize dataset identifiers across regions, reducing ambiguity and enabling smoother cross-country reconciliation.

The approach is designed to be adopted globally, enabling company-wide alignment between ambition and performance, and capturing opportunities to continue progress across markets, including Asia and beyond.

Praktische Schritte, die Organisationen anwenden können, um den Fortschritt vor dem nächsten Ziel zu beschleunigen.

Starten Sie einen 90-tägigen, funktionsübergreifenden Sprint, um Emissions-Hotspots zu erfassen, Verantwortliche zu benennen und monatlich Fortschrittsberichte mithilfe einer zentralisierten Datenplattform zu veröffentlichen.

Eine durch einen Vorsitzenden geleitete Governance mit zweiwöchentlichen Check-ins erstellen, Datenquellen, Eigentümerschaft und Entscheidungsbefugnisse definieren; Anreize anpassen, um messbare Veränderungen voranzutreiben.

Beziehen Sie Lieferanten durch freiwillige Programme ein, wobei standardisierte Vorlagen verwendet werden, um Daten zu Energie, Wasser, Inhaltsstoffen und Logistik zu erfassen, wodurch die Datenzuverlässigkeit erhöht und bessere Ergebnisse erzielt werden.

Investitionen in Infrastruktur abbilden und Kosten senken, indem energieeffiziente Maßnahmen mit hoher Wirkung in der Fertigung und Wasserrecycling priorisiert werden, wobei Amortisationszeiträume festgelegt sind.

Experimentieren Sie mit biobasierten Inhaltsstoffen und leichteren Verpackungen, um das Gewicht zu verringern und weniger Material zu verwenden, während die Qualität erhalten bleibt.

Führen Sie parallele Pilotprojekte in nordischen Märkten und Irland durch, um Annahmen zu validieren, den Energieverbrauch und die Kosteneinsparungen zu messen und anzupassen.

Teilen Sie Ergebnisse vierteljährlich mit dem Vorsitzenden, David und externen Stakeholdern; würde veranschaulichen, wie sozialer Wert mit kommerziellem Fortschritt übereinstimmt.

Ersetzen Sie eindimensionale Dashboards durch interaktive Plattformen, die es Teams ermöglichen, Szenarien zu modellieren, Ergebnisse vorherzusagen und schnell zu reagieren.

Tests bei Scotch-Herstellern, Absolut und Champagnerhäusern zur Reduzierung des Verpackungsgewichts, geringeren Wasserverbrauch und dem Umstieg auf biobasierte Flaschen.

Juni-Meilensteine festlegen und leichtgewichtige Berichte veröffentlichen; Fortschritte anhand von hochprioritären Metriken verfolgen und Budgets entsprechend anpassen.

Schwierigkeiten bei der Datenerhebung und Lieferantenkoordination erkennen; dieser enge Zeitplan im Juni wird Erfahrungen sammeln und den nächsten Zyklus leiten.