The first two articles in this series laid out the framework: At the strategic turning point for the chemical industry in 2026+, energy prices, geopolitics, regulation, and demand directly impact C-level decisions. The result: Sites and portfolios can no longer be managed based on historical practices, but only with a robust digital navigation tool. Article 1 described this turning point – from global overcapacity to new trade barriers and shifting demand profiles. Click here to go directly to that article. Article 2 showed that the digital core – with standardization, Clean Core, and AI – is not a traditional IT project, but precisely this navigation tool for site and portfolio restructuring. Read that part here. This article now focuses on the supply chain in the chemical industry and shows how this logic translates into practice: away from static “just-in-time” toward resilient “just-in-case” – with master data segmentation and SAP IBP as key levers.
From the Ideal of Efficiency to the Imperative of Resilience
For decades, supply chain strategy in the specialty chemicals sector was shaped by a clear ideal of efficiency: lean inventories, precise planning, and “Just-in-Time” as the guiding principle. This paradigm was based on comparatively stable conditions – predictable trade rules, moderate freight costs, and reliable supplier structures.
That world has changed fundamentally.
As Dr. Marko Lange, Global Head of Chemicals at SAP, explains, the decades of relative predictability have given way to persistent geopolitical tensions, raw material price volatility, and new trade barriers. The result: supply chains are coming under pressure much more frequently and intensely than traditional efficiency models can account for. Today, resilience must take equal precedence alongside purely cost-driven efficiency.
Industry studies highlight the scale of the challenge. In the white paper “Chemical Sector Growth, AI Adoption, and Regulatory Challenges Foreseen” by SAP and the American Chemistry Council, 43% of surveyed chemical industry decision-makers cite logistics and supply chain disruptions as their biggest operational hurdle. At the same time, average transit times for chemical shipments are 25–35% above pre-pandemic levels. Shipments that used to take three weeks are now often in transit for five to six weeks.
If companies respond to this by simply increasing safety stock across the board, they will exacerbate another problem: tied-up capital. Analyses by McKinsey show that structural market changes, global overcapacity, and fluctuating energy costs are already putting pressure on margins. A static buffer may provide short-term reassurance, but it solves neither the volatility of demand nor the dynamics of bottlenecks – and, in the worst case, it eats into margins.
This presents a clear challenge for executive boards and supply chain managers: They must integrate resilience, costs, regulatory requirements, and sustainability into a consistent management model – not at the Excel level, but at the digital core.
Master Data Segmentation as an Operational Management Tool
This is where master data segmentation comes into play. Leading chemical companies use it to manage their supply chains not generically, but according to clear priorities and rules. In modern SAP planning environments, it forms the foundation for touchless planning – that is, planning processes in which routine decisions are made based on data and without manual intervention. Read more about it here.
The crucial step is to intelligently link commercial customer priorities with regulatory guidelines and compliance requirements. In practice, this means that A/B/C customer classifications, key contracts, and margin logic are stored in the master data in such a way that, in the event of a bottleneck, allocation decisions are not made spontaneously “on a gut feeling” but consistently reflect the strategic direction. A-customers with high margins and long-term significance are given priority, while B and C segments are served according to their role.
This commercial perspective must be integrated with a clear regulatory framework. Solutions such as SAP Environment, Health, and Safety (EHS) and Product Compliance integrate substance checks directly into core operational processes. You can find more information here. New formulations are checked against prohibited substance lists as early as the development stage; raw materials are validated upon receipt; and export restrictions – such as REACH in Europe or TSCA in the U.S. – are automatically reconciled upon shipment. The result: The ERP system ensures that allocations during bottleneck situations are both commercially optimal and 100% compliant with chemical and environmental laws.
For C-level decision-makers, this shifts the perspective on master data. It is no longer merely “operational window dressing,” but rather the operational reflection of margin, customer, and compliance strategies. And it forms the foundation that enables supply chains to transition from “just-in-time” to “just-in-case” without descending into chaos or excess inventory.
Dynamic Scenarios and Re-Routing with SAP IBP – The Digital Core Becomes the Control Center
However, master data segmentation alone is not enough. When key procurement routes fail or plants are temporarily shut down, active, data-driven control is required. This is where SAP Integrated Business Planning (IBP) comes in.
IBP makes it possible to run through “what-if” scenarios in near real time and derive concrete courses of action from them. Read more about this here. The system simultaneously evaluates product categories and best-before dates, available transport capacities and up-to-date freight costs, historical on-time delivery rates and remaining lead times, as well as the expected effects on revenue and margins. Based on this, it generates proposals for dynamic re-routing: alternative modes of transport, alternate warehouses, and adjusted production allocations.
Through Synchronized Planning, these tactical decisions in SAP IBP are directly linked to operational detailed planning and material availability checks in SAP S/4HANA. Planning thus becomes not an isolated reporting exercise, but an integrated control process: the digital core connects portfolio strategy, location decisions, and supply chain measures into a consistent picture.
This is exactly why we focused so heavily on Clean Core and governance in the second article. In specialty chemicals and at the interface with the pharmaceutical industry, CSA/CSV and GxP requirements apply. Any system modification can trigger a validation process. The Clean Core principle significantly reduces this effort because it controls changes, keeps them within the bounds of the standard, and thereby ensures that upgrades remain predictable. When a C-level Design Authority Board decides on deviations, the necessary balance is achieved: IT remains flexible enough for new business models and supply chain logic without jeopardizing the regulatory foundation.
CO₂ as a Decision-Making Parameter and the PCF as a Pricing Factor
With the shift to dynamic supply chains, another factor is stepping out of the shadows and into the spotlight: sustainability. In many chemical companies, approximately 75% of emissions come from Scope 3 categories, particularly logistics and transportation. You can find more insights on this topic here and in the white paper by SAP and ACC. Those who realign their supply chains directly influence their carbon footprint.
SAP addresses this topic through initiatives such as Climate 21 and solutions like SAP Sustainability Footprint Management, which not only capture emissions data but also integrate it into operational control logic. In conjunction with S/4 and IBP data, emissions can be calculated along specific routes and scenarios and linked to traditional parameters such as costs and delivery times.
After all, sustainability doesn’t stop at reporting – it flows directly into margin calculations. The Product Carbon Footprint (PCF) becomes a pricing factor. When customers demand low-carbon chemicals, the contract – and the margin – goes to the supplier who can calculate the PCF with batch-level precision directly from the S/4 core system, transparently document it, and integrate it into their pricing logic. SAP Sustainability Footprint Management provides the functional foundation for this by linking emissions data – both technically and functionally – with the master and transaction data in the ERP landscape.
As a result, logistics transforms from a mere cost center into an active driver of corporate sustainability goals, and PCF transparency shifts from a mandatory ESG requirement to a matter of competitiveness. This is precisely what we’ll address in the next article: “Sustainability & Cost Optimization (ESG): Moving Away from Compliance Requirements Toward a Monetization Approach.”
How adesso supports you in building resilient and PCF-capable supply chains in the chemical industry
adesso business consulting helps chemical companies translate this technical and business logic into concrete projects – with a focus on supply chain resilience, Clean Core, and PCF monetization.
Together with you, we analyze your existing S/4 and IBP landscape based on key questions: Where do you stand on Clean Core? How are master data segmentation and compliance integrated? And what levers already exist to run “just-in-case” scenarios? Based on this, we design and implement a master data segmentation strategy that consistently links A/B/C customers, portfolio priorities, and regulatory requirements (REACH, TSCA, GHS, CSA/CSV).
At the same time, we align SAP Integrated Business Planning so that scenario planning and dynamic re-routing become a true decision-making tool – not just an additional reporting layer. Additionally, we embed SAP Sustainability Footprint Management into the digital core so that the PCF is calculated on a batch-by-batch basis and can be used as a pricing factor. We develop the governance framework – including a Design Authority Board and clear rules for deviations from standards – in collaboration with your business units and IT.
The goal is clear: Your supply chain should be robust, compliant, and ESG-ready while remaining highly profitable. The digital core serves as the navigation tool that guides C-suite decisions based on cost, risk, and CO₂ footprint. This is not about theory, but about robust implementation projects – from pilot to global rollout.
