Green Supply Chains in F&B: Meeting Consumer Expectations for Sustainability

How food and beverage manufacturers turn sustainability pressure into measurable competitive results

Sustainability has crossed a threshold in the food and beverage industry. According to a 2024 global survey by L.E.K. Consulting, 93% of consumers now view sustainability as an important reflection of their personal values, and 68% report having changed their F&B consumption habits over the past year for environmental reasons. That shift is not a soft marketing signal. It is a purchasing decision that reaches upstream, into procurement, production, and logistics, and it is now meeting a second wave of pressure from regulatory requirements that demand traceable data, not intentions.

For supply chain directors and operations leaders in F&B, the immediate challenge is not a lack of ambition. It is a lack of connective tissue: sustainability goals live in one part of the organization, operational data in another, and the tools to link them are, in most companies, not yet in place.

Meanwhile, according to a 2024 DNV report on European food and beverage companies, sustainability has become the number one supply chain priority, with 75% of respondents ranking it among their top three goals, ahead of cost efficiency and regulatory compliance. The question companies are now asking is not whether to act, but how to make sustainability performance measurable, auditable, and operationally connected.

Key takeaways

• Consumer demand for sustainable F&B products is structural, not cyclical, with 68% of global consumers already acting on it at the point of purchase.
• Scope 3 emissions represent approximately 87% of a food and beverage company's total carbon footprint, making supply chain data the core of any credible ESG strategy.
• The CSRD and CSDDD regulatory frameworks impose binding disclosure requirements on large F&B companies starting in 2026, with traceability and supply chain due diligence at their center.
• Most F&B manufacturers lack the operational visibility to connect planning decisions with sustainability outcomes: demand, inventory, procurement, and emissions data remain siloed.
• Reducing overproduction and optimizing demand planning are among the highest-impact levers for cutting Scope 3 emissions without additional capital expenditure.
• Measurable sustainability starts with connected data across the supply chain, not with a new reporting module attached to a legacy system.

Consumer expectations have changed the rules of F&B competition

The behavioral shift documented by L.E.K. Consulting's 2024 Global Consumer Sustainability Survey is notable not just for its scale but for its depth. Consumers are not simply declaring intentions: 68% have already altered what they buy. That figure spans multiple demographics and markets, and it carries a particular implication for food and beverage manufacturers: the supply chain is now a brand asset.

What consumers expect has also become more specific. General eco-friendly claims are losing credibility. Buyers increasingly look for transparent, traceable sourcing, proof of carbon reduction, and evidence that sustainability commitments extend beyond packaging into the supply chain itself. Companies that treat sustainability as a packaging decision, rather than a sourcing and planning decision, are finding that their claims do not survive consumer scrutiny or retailer audits.

For manufacturers, this creates a dual pressure: meeting commercial expectations while building the operational infrastructure that can generate credible data. Companies that treat these as separate workstreams find that their sustainability reporting cannot keep pace with what marketing is promising.

The competitive dimension extends to retail and distribution relationships. Retailers across the EU and North America are increasingly embedding supplier sustainability scorecards into purchasing decisions. Meeting those requirements depends on having real data from operations and procurement, not estimates derived from industry averages. Supply chains that cannot demonstrate their environmental footprint with traceable numbers are beginning to face delisting risk and contract pressure at the category level.

The implication for supply chain leadership is clear: consumer expectations for sustainability are no longer separable from service level, cost, and quality as competitive parameters. They are an additional dimension of supply chain performance that must be measured and managed with the same rigor.

The regulatory landscape is accelerating the timeline

Commercial pressure from consumers and retailers has been building for years. What has changed in 2025 and 2026 is the regulatory timeline, which removes the option of a slow, voluntary approach.

The EU Corporate Sustainability Reporting Directive (CSRD) now requires large companies to publish audited, double-materiality sustainability disclosures, covering both how sustainability affects the business and how the business affects the environment and society. For food and beverage manufacturers operating in or selling into the EU, the seven CSRD standards most relevant to the sector cover climate change, pollution, water and marine resources, biodiversity, circular economy and resource use, workers in the value chain, and affected communities. These are not summary categories: they require traceable, process-level data that most manufacturers do not currently have in auditable form.

Alongside the CSRD, the EU Corporate Sustainability Due Diligence Directive (CSDDD) gives EU Member States until July 2026 to transpose it into national law. This directive requires large businesses to actively identify, prevent, and mitigate both environmental harm and human rights abuses across their global supply chains. For F&B companies with complex, multi-tier supplier networks, compliance is not an audit exercise: it is an operational challenge that requires supplier data connectivity and documented traceability.

The EU Packaging and Packaging Waste Regulation (PPWR), taking effect in August 2026, adds further requirements on recycled content, reusability, and elimination of certain single-use formats. For manufacturers who have not yet mapped how packaging decisions interact with demand and production planning systems, this creates a new operational variable with compliance implications at every point in the supply chain.

These regulations are not additive complexity layered onto existing processes. They are asking manufacturers to make their supply chains legible, in ways that demand-planning spreadsheets and fragmented ERP exports cannot support. The data infrastructure required for CSRD disclosure is, in many respects, the same data infrastructure required for operational supply chain management at the performance level that leading F&B companies aspire to.

Why Scope 3 emissions are the core supply chain challenge

For most companies in other industries, Scope 1 and 2 emissions (from owned operations and purchased energy) represent the bulk of their carbon footprint. In food and beverage manufacturing, the picture is reversed.

According to Persefoni's analysis of F&B sector emissions, Scope 3 categories account for approximately 87% of a typical food company's total greenhouse gas emissions. This figure matters because Scope 3 emissions are, by definition, outside the direct operational control of the manufacturer. They include emissions from purchased goods and services, upstream transportation and distribution, waste generated in operations, and downstream processing and use of sold products.

According to research from 3Degrees, two categories alone, Category 1 (purchased goods and services) and Category 4 (upstream transportation and distribution), account for more than 70% of F&B companies' total GHG emissions. Two-thirds of these Scope 3 emissions occur in the farming and food-processing stages of the value chain.

The implication is significant: a company can improve its factory's energy efficiency, install solar panels, and switch to green electricity, and still fail to move the needle on its actual carbon footprint if it has not addressed what happens upstream in its supply chain. Decarbonization in F&B is fundamentally a supply chain planning problem.

Progress has been slow. Analysis of SBTi-aligned food companies found that only 44% have demonstrated meaningful progress on Scope 3 emission reductions as of 2024. The primary barrier is not willingness: it is data. Most manufacturers do not have the systems to calculate emissions at the transaction level, attribute them to specific products or categories, or connect planning decisions to their carbon impact.

This is where the gap between ambition and capability shows up most clearly. A supply chain director who wants to reduce Scope 3 emissions needs to know which suppliers are highest-impact, which product mix drives more upstream transportation, and which demand planning decisions result in overproduction and downstream waste. None of that is calculable without operational data that most companies currently do not have in a usable form.

The good news is that the operational decisions that reduce Scope 3 emissions are, in large part, the same operational decisions that improve supply chain efficiency: more accurate demand planning, better inventory management, reduced overproduction, more consolidated freight. Sustainability and operational performance are not in tension in F&B supply chains. They are, at the data level, the same problem.

From fragmented data to real sustainability reporting

The most common sustainability reporting process in food manufacturing still looks like this: someone in operations assembles data from ERP exports, spreadsheets, utility bills, and supplier questionnaires; another person normalizes and reconciles it; a third attempts to translate it into a disclosure framework. The process takes months, the outputs are approximate, and the data trail is difficult to audit.

This matters for two specific reasons. First, CSRD requires audited disclosures, which means the data underlying sustainability reports must be traceable to operational systems, not assembled manually from secondary sources. Second, management teams trying to make operational decisions to improve sustainability outcomes cannot act on data that is three months old and stitched together from incompatible sources.

Understanding the structural reasons behind fragmented visibility in F&B supply chains provides important context. The combination of short shelf lives, seasonal supply variability, multi-tier supplier networks, and the volume and variety complexity typical of F&B operations creates real barriers to integrated data. These structural challenges are explored in more depth in our earlier analysis of disruption drivers in the F&B market.

What manufacturers with more mature sustainability capabilities have in common is not a separate sustainability platform. They have operational systems that capture planning, procurement, production, and logistics data in a connected way, and then use that connected data set as the foundation for sustainability reporting. Sustainability becomes a dimension of operational data, rather than a parallel workflow.

That architecture also enables real-time management decisions. When a demand planner can see that a production plan is generating excess inventory likely to result in waste, and can trace that through to its emissions impact, sustainability considerations enter operational decision-making in a practical way, not as a compliance afterthought. The numbers become usable at the moment of decision, not six months later during the annual report cycle.

For COOs and operations directors preparing for CSRD disclosure, the key question is not which reporting tool to buy. It is whether the operational systems feeding that report can generate data that is granular, consistent, and traceable. That is a supply chain infrastructure question before it is a reporting question.

How software solutions connect sustainability to operations

The connection between operational software and sustainability outcomes is more direct than it might appear. Several of the highest-impact levers for reducing Scope 3 emissions in F&B are embedded in planning and execution processes that manufacturers already manage.

Overproduction is one of the clearest examples. Food that is produced but not sold wastes the emissions embedded in every input: agricultural raw materials, transport, processing, and packaging. Accurate demand planning that reduces overproduction does not just improve margin; it directly cuts the upstream emissions footprint of every excess unit that is never produced. Demand management software solutions that improve forecast accuracy reduce waste at source, which is the most efficient point in the chain to address it.

Through demand management solutions, F&B manufacturers gain the planning precision to align production more closely with actual demand, reducing the inventory buffers that drive excess production and the associated waste and emissions. When demand planning is connected to sustainability KPIs, the environmental impact of planning decisions becomes a visible factor in the planning cycle, not an invisible consequence.

Procurement decisions have a comparable effect. The ability to model how different sourcing choices, supplier selection, order frequency, transport mode, and shipment consolidation, translate into emissions differences gives procurement teams a sustainability lens on decisions they were already making for cost and service level reasons. This is not additional work: it is an additional dimension on decisions already in the workflow.

Production scheduling and finite capacity planning extend the same logic further into operations. When production plans are validated against actual capacity constraints, the result is not only a more reliable schedule: it is a procurement process that can be calibrated with greater precision. Finite capacity tools that govern the scheduling of production runs give procurement teams the information they need to consolidate orders, reduce transport frequency, and time deliveries to match actual plant capacity rather than safety stock assumptions. On the shop floor, Manufacturing Execution Systems add a further layer by reducing in-process waste, optimizing the use of raw materials already in inventory, and tracking actual material consumption against plan in real time. Together, these capabilities address the emissions that originate in over-ordering, expedited transport, and unnecessary processing steps.

Across all of these processes, AI embedded in an integrated operational platform amplifies the sustainability value of connected data. When demand management, scheduling, procurement, and MES operate as separate systems, AI can optimize each in isolation. When they are integrated, AI can evaluate decisions and scenarios that simultaneously account for service level, cost, capacity, and sustainability KPIs as co-equal targets. A procurement alternative that reduces Scope 3 emissions but strains production capacity can be assessed in full context, not just against a cost baseline. That kind of decision support, grounded in operational data and sustainability targets together, is what turns green supply chain ambitions into actionable production and sourcing decisions.

At the visibility layer, operations leaders responsible for ESG reporting need a consolidated view of what is happening across the network. A supply chain sustainability solution that connects planning, procurement, production, and logistics data provides the foundation for both management reporting and external disclosure, without requiring a parallel data collection process. When the sustainability data model is built on the same operational data that drives planning and execution, the numbers are auditable because they come from systems of record, not from manual assembly.

The operational intelligence approach that Elisa IndustriQ brings to F&B supply chains is built on the principle that sustainability performance should be readable from the same operational data that drives planning decisions. Operations leaders get the numbers they need for board and external reporting, grounded in the operational realities of their supply chain, not in estimates.

Building a measurable green supply chain: a practical starting point

The manufacturers making real progress on green supply chains are not the ones who started with the largest ambitions. They started with a clear picture of where their emissions actually come from, and then built the operational capability to influence those sources. Here is a practical sequence for operations teams working through this:

1. Map your Scope 3 exposure before targeting reductions. Identify which supplier categories, transport lanes, and product families carry the highest upstream emissions. Most F&B companies find that a relatively small number of procurement categories account for a disproportionate share of their Scope 3 footprint. Prioritize those categories first.
2. Audit the data you actually have versus what you need. ESG reporting and operational decision-making both require connected data. Before adding new systems, map the gaps in what your existing ERP, WMS, and planning tools capture. Often the data exists but is not consolidated.
3. Align production scheduling with procurement precision. Accurate demand planning sets the direction, but finite capacity scheduling translates it into actionable procurement timing. When production plans are validated against real capacity constraints, quantities and delivery dates can be calibrated with far greater confidence, reducing the over-ordering that drives excess inventory and upstream emissions. Use finite capacity tools to model and validate alternative sourcing scenarios before committing: this gives operations teams a credible basis for decisions that account simultaneously for service level, cost, and sustainability impact.
4. Connect demand planning to waste reduction targets. Forecast accuracy improvements have a direct environmental co-benefit. Set targets for overproduction and excess inventory in the same planning cycle where sustainability KPIs are reviewed. This creates accountability at the point where decisions are actually made.
5. Build supplier engagement into procurement workflows. Scope 3 Category 1 emissions require supplier-level data. Companies that rely solely on spend-based emissions estimates will not be able to meet CSRD audit requirements or model procurement alternatives credibly. Supplier data connectivity is a precondition for accurate Scope 3 reporting.
6. Define what your ESG reporting actually needs to show, then work backward. Regulatory disclosure requirements are specific. Before investing in sustainability reporting tools, define the data structure that CSRD and CSDDD require for your company's scope, and verify whether your operational systems can generate it in auditable form.
7. Establish a credible baseline before setting reduction targets. Ambitions to reduce emissions by 2030 require a defensible 2024 or 2025 baseline. A baseline that cannot be substantiated will not survive an audit and will not support operational decision-making or stakeholder communication.
8. Review the implications for your planning horizon. Sustainable supply chains require longer planning windows for supplier development, transport mode shifts, and packaging redesign. These timelines are incompatible with reactive, short-term planning cycles. The operational foundation for a green supply chain is, in many ways, the same as the operational foundation for supply chain resilience.

The bottom line for F&B operations leaders

Consumer behavior has moved sustainability from a marketing consideration to a supply chain imperative. Regulatory requirements have attached a disclosure and auditability requirement to that imperative. And the emissions data shows that the leverage point is not in the factory: it is upstream, in purchasing and planning decisions that most F&B manufacturers are not yet connecting to their environmental footprint.

The manufacturers closing this gap are not doing it by adding a reporting module to a fragmented system. They are connecting operational data across the supply chain, making planning decisions visible in terms of their environmental impact, and generating the kind of auditable, traceable numbers that both regulators and commercial partners now require. For a broader perspective on where F&B supply chain capabilities are heading, see our analysis of the future of food supply chains beyond 2026.

Building a supply chain that can meet your sustainability commitments starts with connecting the data that already exists in your operations. Explore how Elisa IndustriQ's sustainability in the supply chain solutions connect operational intelligence with ESG performance.