
Reducing Scope 3 emissions in food and beverage starts with supplier engagement. But that engagement looks very different depending on where you are in the value chain.
From agricultural inputs to end-of-life waste systems, food and beverage supply chains span a wide range of supplier types, each with different data maturity, operational control, and capacity to engage. One-size-fits-all engagement programs rarely succeed in this environment.
Below is a high-level look at how engagement shifts across the value chain.
Agricultural emissions are shaped by complex ingredient supply chains, rooted in farm-specific agricultural practices. Data availability varies widely from some suppliers having engaged in large-scale footprinting initiatives, while others have never mapped their products to individual emission factors, nor have the resources to do it.
Key considerations:
Engagement works best when it is lightweight, practical, and focused on building capability over time rather than imposing complex reporting requirements.
Manufacturers typically operate in more structured environments, with clearer energy and production data. However, system boundaries can become more complex due to shared facilities and multi-product lines.
Key considerations:
Engagement should focus on process improvement and energy inputs, not just emissions totals.
Packaging decisions significantly influence both upstream production emissions and downstream waste outcomes. These suppliers often sit between food and non-food systems, serving multiple industries.
Key considerations:
Engagement is most effective when it supports dialogue around design trade-offs and alternatives, rather than limiting conversations to reporting.
Logistics emissions are driven by fuel type, transport mode, routing, and network configuration. Companies often work with a mix of global and regional carriers.
Key considerations:
Engagement should prioritize standardized, practical inputs that inform network optimization and modal decisions.
Retail and food service emissions are often fragmented across many locations and operators. Individual footprints may be small, but aggregate impact is significant.
Key considerations:
Consistency and repeatability matter more than highly granular data collection at this stage.
End-of-life emissions depend on packaging disposal pathways, food waste treatment, regional infrastructure, and recovery systems. Outcomes are shaped as much by systems as by individual suppliers.
Key considerations:
Engagement here should support informed upstream design and sourcing decisions, rather than attempting to over-optimize downstream data.
Across the food and beverage value chain, effective supplier engagement is not about uniformity but fit for purpose.
Agricultural suppliers require different approaches than manufacturers; packaging suppliers face different constraints than logistics providers; retail networks operate differently from waste systems.
Strong Scope 3 programs adapt engagement models to supplier context, enabling broader participation, better data, and clearer prioritization of reduction efforts.