New Trade Corridors, New Leadership: How EU-Mercosur and India Are Remaking Global Chemicals and Plastics 

The EU-Mercosur agreement and India’s emergence as a chemicals and plastics powerhouse are redrawing global value chains and the kind of leadership they require. 

Executive Summary

What is unfolding in global chemicals is not a cyclical correction, but a permanent reconfiguration of how value is created, distributed, and sustained. The old paradigm of efficiency-led globalization, built on cost optimization, geographic specialization, and tightly integrated supply chains, is giving way to a more complex system shaped by resilience, regionalization, and sustainability. 

Three structural forces are driving this transformation. 

• Geopolitical fragmentation is remaking the global economic order, as trade tensions, regulatory divergence, and resurgent industrial policy introduce new uncertainty into cross-border flows. 
• Sustainability imperatives are altering the technological and economic foundations of the industry. The OECD’s Global Plastics Outlook highlights that the current linear model of plastics production, consumption, and disposal is unsustainable and requires policy action across the entire lifecycle. 
• The reconfiguration of global supply chains is picking up speed. The World Economic Forum’s Global Value Chains Outlook reports that 74% of business leaders now see supply chain resilience as essential for growth, as the pandemic, as the World Economic Forum has documented, exposed the fragility of long-distance logistics networks. 

Two regions sit at the center of this reconfiguration, and both have concluded landmark trade agreements with the EU within months of each other. The EU-Mercosur agreement, in provisional application in May 2026, eliminates tariffs on 91% of EU exports to Mercosur, including chemicals. The EU-India Free Trade Agreement, concluded in January 2026, removes duties of up to 22% on chemicals and covers a combined population of two billion people. As the Deutsche Bundesbank observes, these agreements demonstrate that multilateral trade liberalization is still possible even as protectionism rises elsewhere. They sit alongside the India-UK FTA signed in July 2025 and an existing India-Mercosur preferential trade agreement that India is pushing to expand. 

What makes Mercosur and India interesting together is that they fill different gaps. Mercosur brings upstream strength in the form of agricultural feedstocks for bio-based production, energy resources, and mineral reserves including lithium. India brings downstream strength through a chemicals industry valued at over $220 billion growing at 9-12% annually, with deep capabilities in process engineering, specialty manufacturing, and digital innovation. One supplies the raw materials and the other adds the value. Between them, they are creating a new axis in global chemical value chains that did not exist a decade ago. 

This matters for leadership because none of it can run on autopilot. McKinsey’s research shows that 70% of large-scale transformations fail, and that leadership capability, not strategy, is what separates the ones that succeed. When a European chemicals company expands into Mercosur while simultaneously building an innovation hub in India, the executive team that ran a centralized European operation is not automatically the executive team that can run a multi-regional one. Talent markets are globalizing, career paths are becoming less linear, and the demand for leaders with cross-regional experience is outpacing supply. 

Industry Analysis: Chemicals and Plastics

The chemicals and plastics industry is composed of multiple segments with distinct economic logics and transformation pathways. At a high level, three segments define the industry: commodity chemicals (scale-driven, feedstock-dependent), specialty chemicals (innovation-driven, customer-integrated), and plastics and advanced materials (transformation-driven, sustainability-led). Each responds differently to the forces described above, yet their transformations are interconnected. 

Commodity Chemicals: From Global Scale to Regional Resilience

Commodity chemicals such as ethylene, propylene, methanol, ammonia, and base polymers form the backbone of the industry. Their competitive conditions have historically been shaped by access to feedstocks, energy costs, scale efficiencies, and logistics infrastructure, leading to concentration in regions with structural advantages such as the Middle East and China. The move toward regionalization is altering this model. Companies are distributing capacity across regions to reduce geopolitical risk, ensure supply chain resilience, improve responsiveness, and mitigate transportation cost volatility. 

Specialty Chemicals: Innovation as the Core Value Driver

In specialty chemicals, value creation is driven by product performance, customization, customer integration, and speed of innovation. Leading companies in specialty chemicals tightly link innovation with customer engagement and market access. The transformation of global trade is speeding the move toward distributed innovation models: R&D capabilities globalized, application development localized, and production regionally aligned. Latin America is becoming more important as a demand and application market, and India complements this by serving as a global innovation and production hub where process engineering and cost-efficient development enable companies to scale innovation, optimize production, and shorten development cycles. 

Plastics: From Linear Growth to Circular Transformation

The plastics segment is undergoing the most change out of all three subsectors. The traditional linear model of produce, use, and dispose is being replaced by circular systems that involve mechanical recycling, chemical recycling, bio-based materials, and/or product redesign for reuse. However, there is still a long way to go. According to the OECD, only 9% of plastic waste was recycled globally in 2019, and under current policies, plastics use could nearly triple by 2060. 

Globalization 2.0: The New Architecture of Chemical Value Chains

The End of Efficiency-Led Globalization

For more than three decades, the globalization of the chemicals and plastics industry followed a stable and predictable logic. Companies concentrated production in regions offering the most favorable combination of cost factors: low energy prices, access to feedstocks, favorable labor costs, and large-scale industrial infrastructure. China, which the BASF Annual Report 2024 identifies as the world’s largest chemical market and the source of 86% of global chemical growth in 2024, emerged as a central hub, especially in basic chemicals and plastics processing. 

That model is now under pressure. Geopolitical tensions, the resurgence of industrial policy, and increasing regulatory divergence are challenging the assumptions on which it was built. Trade conflicts, tariffs, and sanctions are no longer isolated events but part of a broader trend toward fragmentation and protectionism. At the same time, the operational vulnerabilities of globally optimized supply chains have become visible. The COVID-19 pandemic, for example, exposed the fragility of long-distance logistics networks, while shipping disruptions, input shortages, and energy price volatility highlighted the risks of concentrated production. For chemicals, where production processes are often continuous, capital-intensive, and highly sensitive to feedstock disruptions, even short interruptions can result in substantial losses. 

The Emergence of Multi-Regional Value Chains

In response, a new model is emerging. Instead of relying on a single global production backbone, companies are developing parallel systems that serve specific geographic regions, designed to operate independently if necessary while still benefiting from global integration. This is driven by the need to reduce geopolitical exposure, improve resilience, maintain proximity to customers, and manage transportation cost volatility. BCG highlights that managing distributed systems requires new capabilities in supply chain design, coordination, and risk management. This is a problem for existing chemicals and plastics executives. 

Feedstock Strategy as a Differentiator

The transformation of feedstock strategy is one of the most important dimensions of this change. The industry has historically relied on fossil-based inputs, and access to those feedstocks determined competitive position. Sustainability requirements, regulatory pressure, and technological innovation are now driving a move toward bio-based inputs, waste-derived materials, and recycled feedstocks. Latin America is well positioned for this due to its agricultural base. In fact, Brazil has long-standing capabilities in sugarcane-based bioethanol and the potential to develop full bio-based chemical value chains. Circular economy models, including both mechanical and chemical recycling, are slowly changing waste into a resource and reducing dependence on virgin feedstocks. 

Sustainability as a Structural Transformation Driver

Regulatory frameworks are tightening across major markets, with carbon pricing, emissions standards, and material restrictions becoming the norm. Customers are demanding more sustainable products and investors are applying environmental criteria to their decisions. This creates dual pressure on companies: top-down from regulation and bottom-up from markets and stakeholders. In plastics, the pressure is especially intense, with concerns about waste and pollution driving significant changes in how materials are produced, used, and recycled. 

From Optimization to Orchestration

The combined impact of regionalization, feedstock transformation, and sustainability integration is a significant increase in system complexity. Companies must now manage multi-regional production networks, diversified sourcing strategies, evolving regulatory environments, and technological transformation simultaneously. These factors are interdependent, meaning decisions in one area often have implications in others. A move toward bio-based feedstocks, for example, may affect production processes, supply chains, and regulatory compliance all at once. This is not the end of globalization. Rather, it is its transformation, from global optimization to strategic orchestration. 

EU-Mercosur: Strategic Implications for Chemicals and Plastics

Beyond Trade Liberalization

Until recently, European chemical companies engaged with Mercosur primarily as an export destination, shipping finished products into the region and absorbing tariffs of up to 18% on chemical imports as part of the cost structure. The EU-Mercosur agreement removes those tariffs, but the tariff reduction alone does not explain why CEFIC called the deal a milestone, or why an LSE sustainability impact assessment commissioned by the European Commission projects EU pharmaceutical and chemical exports to the region increasing by up to 60%. What both are responding to is the broader shift the agreement enables: Mercosur is becoming a region where companies can locate production, source feedstocks, run R&D, and build regional supply chains that integrate into their global operations, rather than one they serve at arm’s length from Europe. 

Mercosur as a Feedstock Platform

The region provides abundant agricultural resources, access to renewable feedstocks, significant energy availability, and reserves of minerals that will be essential for future value chains. Brazil has long-standing capabilities in sugarcane-derived bioethanol, creating a direct link between agricultural production and chemical manufacturing. Argentina’s lithium reserves, part of the Lithium Triangle that controls more than 50% of global lithium resources, position the region within emerging value chains related to batteries and energy storage. This combination of renewable and mineral feedstocks makes Mercosur important not only for traditional chemical production but also for future-oriented material systems. 

Demand Growth Across Multiple Sectors

Mercosur is also a growing consumer of chemical products, not just a supplier of raw materials. Urbanization and large-scale infrastructure projects are pulling in coatings, sealants, insulation, and composites. The region’s agricultural base, one of the world’s largest, depends on fertilizers, crop protection products, and specialty agrochemicals. A rising middle class is expanding demand for packaging and polymers. And investment in renewable energy and industrial modernization is creating new markets for advanced materials that did not exist a decade ago. 

From Export Model to Embedded Regional Value Creation

Companies are also moving from exporting finished products to Mercosur toward establishing local production and supply chain capabilities within the region: building manufacturing facilities, developing local supplier networks, establishing partnerships with regional stakeholders, and integrating local R&D. Brazil is well positioned as a regional hub due to its industrial base, market size, and resource availability. Despite the opportunities, the region remains complex from a regulatory perspective. Companies must work through diverse legal frameworks, varying environmental standards, different tax regimes, and political and economic volatility. 

India as a Global Technology and Talent Hub for Chemicals

From Cost Location to Core Pillar

A decade ago, a multinational chemical company’s India strategy usually started and ended with manufacturing costs. The country’s chemicals industry has since grown into something the rest of the world can no longer treat as a low-cost alternative to China. India ranks 6th globally in chemical production and 14th in exports, and roughly 70% of what it produces is consumed domestically, which means the growth is coming from real demand rather than export dependency. When the EU concluded its Free Trade Agreement with India in January 2026, eliminating duties on chemicals of up to 22%, it was responding to a position India had already built rather than making a speculative bet on where the country might end up. 

Talent, Innovation Ecosystems, and Specialty Chemicals

India produces approximately 1.5 million engineering graduates annually, including chemical engineers and process specialists. India has also established a notable position in specialty chemicals and contract manufacturing, including fine chemicals, intermediates, agrochemical inputs, and pharmaceutical ingredients. U.S. International Trade Administration notes that the chemicals sector is growing at 9-12% annually, driven by the China+1 strategy, domestic demand, and government initiatives such as Make in India. 

Integration into Global Innovation Networks

Innovation in chemicals was once centralized in headquarters locations. Today, companies are adopting distributed models. India serves as a hub for engineering, digitalization, and process innovation. Europe often remains a center for research. Regions such as Latin America focus on application development. This distributed model enables companies to combine cost efficiency, innovation speed, and market proximity. 

India’s Domestic Market

India is also a rapidly expanding domestic market for chemical products, driven by urbanization, infrastructure development, rising consumer demand, and investment in energy and mobility. This dual role, as both production hub and demand market, makes India’s position in global chemicals unique. 

The Global Talent Shift and the 2035 Leadership Map

The End of Regionally Confined Leadership

Leadership models in chemicals have historically been regionally anchored. Executives were developed within headquarters environments, most commonly in Europe or North America, and progressed through structured, often linear career paths. That model aligned with Globalization 1.0, where value chains were centralized and leadership could operate from a limited number of global hubs. As value creation becomes geographically distributed and operational complexity increases, leadership must evolve from a regional function into a globally integrated capability. 

The New Leadership Profile

Executives must now combine capabilities that were previously developed separately. Global thinking means understanding how regional forces interact within global systems. Transformation capability means driving sustainability, digitalization, and organizational restructuring. Cross-cultural competence means operating across regions, managing diverse teams, and building trust in international environments. And all of this must be grounded in technical and industry expertise. 

New Roles for a New Era

The changing requirements are reflected in the emergence of new leadership roles designed to address system-level challenges rather than functional responsibilities:  

• The Chief Supply Chain Officer 
• The Chief Transformation Officer 
• The Regional CEO for emerging markets, and  
• The Chief Sustainability Officer 

Emerging Global Leadership Hubs

The geographic distribution of leadership is changing, too. The traditional headquarters-centric model is being replaced by a multi-hub system. Bangalore is establishing itself as a center for engineering, digital innovation, and R&D. São Paulo is becoming the anchor for industrial leadership in Latin America. Singapore serves as the coordination point for Asia-Pacific operations. And Dubai is developing as a global trade and logistics connector. Leadership careers are becoming more international, less linear, and more experience-driven, with exposure to emerging markets becoming a decisive differentiator in executive development. 

Implications for Executive Search in Chemicals and Plastics

Executive search in chemicals and plastics used to be a relatively contained exercise: a company needed a plant director in Germany or a sales VP in Houston, and a search firm found candidates in the usual places. That model does not hold when the role is a Regional CEO for Mercosur who needs to understand bio-based feedstock strategy, or a Chief Transformation Officer in India who will run digitalization across three innovation hubs. These are roles that sit at the meeting point between industry knowledge, regional experience, and global coordination, and they cannot be filled by a firm that treats executive search as a transaction. 

With over 70 offices across 45 countries, including teams in São Paulo, Buenos Aires, Bangalore, Hyderabad, and Mumbai, Stanton Chase combines a dedicated chemicals and plastics practice with the regional presence to source, assess, and place executives across the markets covered in this white paper. Our services extend beyond executive search into talent mapping, leadership benchmarking, succession planning, and leadership assessment, and our partners in Europe, Latin America, and India work directly with the global chemicals clients these trade corridors are creating. 

Outlook

Five years ago, a chemicals CEO could run a global operation from a single headquarters with a leadership team that looked more or less the same as it did a decade before. That is no longer a realistic proposition. The EU-Mercosur and EU-India agreements have formalized trade corridors that demand executives on the ground in regions where many companies have never had senior leadership. The feedstock base is splitting between fossil, bio-based, and circular sources, each with its own economics, regulatory exposure, and talent requirements. And the old model of centralizing R&D in Europe while treating everywhere else as a production site is giving way to something messier and more distributed, where Bangalore runs process innovation, São Paulo manages regional supply chains, and headquarters coordinates rather than commands. 

It is worth stating plainly what this means. The companies that will do well in this environment are not the ones with the best strategy documents. They are the ones that can put a Chief Supply Chain Officer in Latin America who understands bio-based feedstock economics, or a Regional CEO in India who can integrate a local specialty chemicals operation into a global innovation network. That kind of leadership does not appear by accident, and it does not come from promoting the next person in line at headquarters. It has to be found, assessed, and placed with intention. 

About the Authors

Reinhard Halbgewachs is a Partner at Stanton Chase Frankfurt and the Global Subsector Leader for Chemicals and Plastics. He has 30 years of experience advising companies of all sizes, including more than a decade as a consultant in strategy, controlling, financing, personnel, and succession management. His main experience includes advising companies on how to adjust their senior leadership teams, especially against the background of generational changes and technological upheavals. Prior to joining Stanton Chase, Reinhard was Head of the Automotive Practice with another executive search firm. Reinhard began his career as a lawyer at one of Germany’s leading law firms and holds a law degree from the University of Würzburg as well as a Master of Business Consulting from the University of Applied Sciences Wismar. 

Sripad K N Rao is the Managing Partner of Stanton Chase India and the Regional Sector Leader for Technology in APAC. He has over 25 years of experience with more than two decades in leadership advisory and executive search. As a leadership adviser, he serves family-owned, promoter-driven, private and public companies on succession planning for CEO, CXO, and independent director positions. He also advises clients on board effectiveness, CEO development, and top team effectiveness. Sripad is a Leadership and Personal Transformation Coach with a foundation in ontological coaching and adaptive leadership. He is an alumnus of Harvard Kennedy School and a Fellow at the Institute of Coaching at McLean/Harvard Medical School. 

Bernardita Mena Aldunate is the Global Vice Chair of People Excellence at Stanton Chase, a member of the Board of Directors, and Managing Director of Stanton Chase Santiago. She also serves as Regional Vice President for the LATAM Region. Before joining the executive search industry, Bernardita built a career as a corporate leader, serving as Head of Organizational Development for Latin America for a multinational services company, where she led projects related to engagement, talent development, succession planning, and change management. She holds a degree in psychology from Pontificia Universidad Católica de Chile and an MBA from EADA.