Atam Valves Limited took a major step forward by securing the American Petroleum Institute’s API Spec Q1 certification, a critical qualification for supplying equipment to global energy companies. With this achievement, the company transitions from a primarily domestic player to a credible participant in the global oil and gas supply chain. Moreover, the certification enables Atam Valves to pursue API product monograms, opening opportunities in key international regions such as the Middle East and Africa, where demand for high-performance valves continues to grow.

API Q1 Certification: A Benchmark for Quality and Compliance

Issued under API Spec Q1 (10th Edition), the certification covers the design, manufacturing, and supply of gate, ball, globe, and check valves used in petroleum and natural gas applications. Importantly, API Q1 is widely recognized as one of the most stringent quality standards in the industry.

Unlike conventional quality systems, it emphasizes risk management, product traceability, and controlled manufacturing processes. As a result, the certification not only ensures compliance but also validates a company’s capability to operate within a highly regulated global vendor ecosystem. For Atam Valves, this milestone signals readiness to engage with international oil majors, EPC contractors, and infrastructure developers, all of whom require certified and reliable partners for critical-service applications.

Manufacturing Upgrades Strengthen Global Readiness

To meet API Q1 requirements, Atam Valves simultaneously upgraded its manufacturing capabilities. The company invested in advanced CNC machining, enhanced testing infrastructure, and implemented robust documentation systems to ensure complete product traceability.

These improvements are essential for operating in high-pressure and high-temperature environments, which are typical in oil and gas operations. Consequently, the company is now better equipped to deliver products that meet demanding international specifications.

Managing Director Amit Jain emphasized that the certification followed a rigorous and multi-stage audit process. Rather than accelerating approvals, the company chose to systematically address operational gaps. This approach ultimately strengthened internal systems and improved preparedness for global market entry.

Expanding Export Potential and Market Position

With API Q1 certification in place, Atam Valves is now focused on expanding its export footprint and scaling its presence in API-grade products, which typically command higher value in the market. As reported by business-standard.com, the achievement places the company among a select group of Indian manufacturers capable of competing in the global oil and gas equipment sector. As demand for certified suppliers continues to rise, Atam Valves is well-positioned to capitalize on new opportunities and strengthen its international presence.

China Three Gorges Corporation is accelerating the development of iron-based battery technology to overcome the cost and safety limitations of conventional lithium-ion systems. By using iron as the primary material, the initiative leverages its abundance and significantly lower cost compared to lithium, positioning it as a viable alternative for large-scale energy storage.

Enhanced Safety with Water-Based Electrolyte

Unlike lithium-ion batteries, the new system uses a water-based electrolyte, which significantly improves safety. As a result, it eliminates the risk of thermal runaway and combustion, making it particularly suitable for stationary energy storage applications. The safety advantage is critical for grid-scale deployments, where stability and reliability remain top priorities for utilities and infrastructure developers.

Lower Material Costs and Long Operational Life

Developers estimate that the iron-based system could be up to 80 times cheaper than lithium-based alternatives at the material level. In addition, the battery offers a projected lifespan of up to 16 years without significant degradation, a major improvement over traditional lithium-ion batteries that typically lose efficiency over time. Consequently, the combination of low material costs and extended lifecycle can significantly reduce the total cost of ownership for industrial users and energy providers.

Designed for Grid Applications and Renewable Integration

The battery is engineered to support repeated charge and discharge cycles, making it ideal for renewable energy integration, peak load management and backup power systems. Therefore, it aligns well with the growing demand for reliable and scalable energy storage solutions as renewable capacity expands globally.

Simplified Supply Chains and Reduced Risk

Another key advantage lies in the use of iron, one of the most abundant elements on Earth. This reduces dependency on critical minerals such as lithium, which are often subject to price volatility and geopolitical risks. As a result, iron-based batteries can help stabilize supply chains while supporting the broader industry push toward resource diversification.

A Shift Toward Alternative Battery Chemistries

The development reflects a wider industry trend toward alternative battery technologies that prioritize cost efficiency, safety, and scalability. While lithium-ion batteries will likely continue to dominate electric mobility applications, iron-based systems are emerging as strong contenders in stationary and grid infrastructure markets.

Potential Impact on Energy Storage Strategies

As testing and deployment progress, iron-based batteries could reshape procurement strategies across utilities and industrial sectors. Their long-term reliability and lower lifecycle costs make them particularly attractive for applications where energy density is less critical than durability. As reported by manufacturingtodayindia.com, the innovation could redefine the economics of energy storage, offering a sustainable and cost-effective pathway for large-scale adoption.

LANXESS has achieved leading positions in multiple global sustainability benchmarks, reinforcing its strong ESG credentials. In the Dow Jones Sustainability Index (DJSI) Europe, the specialty chemicals company ranked first in the “Chemicals” category, scoring an impressive 79 out of 100 points.

At the global level, LANXESS also delivered a robust performance in the DJSI World, securing fourth place overall. Notably, the company excelled in key areas such as climate strategy, water management, corporate ethics, human rights, and product stewardship, highlighting its comprehensive sustainability approach.

MSCI ESG Maintains AA Rating

In November, MSCI ESG Ratings reaffirmed LANXESS’ AA rating for the fourth consecutive year. This places the company among the top performers in the “Commodity & Diversified Chemicals” sector. MSCI evaluates how effectively companies manage environmental, social, and governance risks, making this recognition particularly significant.

ISS ESG Upgrades Rating

At the same time, ISS ESG upgraded LANXESS’ rating from B- to B, while confirming its Prime status. The designation underscores the company’s position among the best-rated chemical companies globally. ISS ESG’s assessment is based on approximately 100 industry-specific indicators, further validating LANXESS’ strong performance.

EcoVadis Gold Rating Highlights Supply Chain Leadership

LANXESS also earned a Gold rating from EcoVadis, placing it in the top 5% of more than 100,000 companies evaluated worldwide. This recognition is particularly important, as EcoVadis ratings are widely used by organizations to assess the sustainability performance of their business partners and suppliers.

Commitment to Climate Neutrality

Looking ahead, LANXESS continues to align its strategy with global climate goals. The company aims to achieve climate-neutral production and energy use by 2040, followed by full value chain climate neutrality by 2050. According to the Science Based Targets initiative, LANXESS’ roadmap is consistent with efforts to limit global warming to 1.5°C, reinforcing its long-term sustainability vision.

Leadership Perspective

Hubert Fink, Member of the Board of Management at LANXESS, emphasized that these strong ratings reflect the company’s ongoing commitment to sustainable business practices. He noted that LANXESS remains focused on environmental responsibility, social accountability, and robust corporate governance, all of which are central to its long-term growth strategy.

Lummus Technology announced that GPS Renewables has selected its ethanol-to-jet (ETJ) technology for a flagship sustainable aviation fuel (SAF) project being developed for National Thermal Power Corporation (NTPC). The facility will be located at Pudimadaka in Andhra Pradesh, marking a significant step in India’s clean aviation fuel journey. The project represents the first commercial license of Lummus’ integrated ETJ technology, signaling a transition from concept to large-scale deployment.

India’s First SAF Plant Using Flue Gas-Derived Ethanol

Once operational, the plant will become India’s first facility capable of producing SAF using ethanol derived from flue gas. This innovative approach not only reduces industrial emissions but also creates a circular pathway for carbon utilization. The integrated ETJ technology offers a cost-efficient solution by lowering capital expenditure (CapEx), operating costs (OpEx), and overall carbon intensity. As a result, it strengthens the business case for SAF adoption in India’s rapidly growing aviation sector.

Strategic Milestone for Lummus Technology

Romain Lemoine, Chief Business Officer at Lummus Technology, highlighted the importance of the project. He stated that the initiative marks a major milestone in commercializing ethanol-to-jet technology. According to Lemoine, the collaboration enables a scalable SAF configuration while optimizing costs and emissions. He also emphasized that India’s strong ethanol ecosystem provides an ideal environment to launch and expand such technologies globally.

Rising Demand for Sustainable Aviation Fuel in India

India’s aviation industry is expanding at a rapid pace. At the same time, strong policy support is pushing the sector toward low-carbon alternatives. Consequently, Sustainable Aviation Fuel (SAF) has emerged as a critical solution for reducing greenhouse gas emissions in aviation—a sector often described as “hard-to-abate.” Ethanol-based SAF, in particular, is gaining traction. This is largely due to India’s well-established ethanol supply chain, abundant feedstock availability, and the success of the government’s Ethanol Blending Program.

GPS Renewables’ Vision for Large-Scale SAF Production

Mainak Chakraborty, Co-founder and CEO of GPS Renewables, emphasized that SAF represents one of the most promising pathways for decarbonizing aviation. However, he acknowledged that commercial-scale production remains limited globally. Through its partnership with Lummus Technology, GPS Renewables aims to bridge this gap. The collaboration focuses on deploying a proven and scalable pathway to produce SAF from ethanol, thereby accelerating India’s transition to clean energy and enabling large-scale production capabilities.

Advanced Technology Integration with Braskem

A key component of the project is the collaboration between Lummus and Braskem for green ethylene production. This partnership enhances the efficiency of bioethanol conversion into aviation fuel. Since 2010, Braskem has successfully operated an ethanol dehydration unit in Brazil using its EtE EverGreen™ technology. Building on this foundation, Lummus has integrated:

Accelerating India’s Clean Aviation Future

Overall, the Pudimadaka SAF project underscores India’s commitment to reducing aviation emissions while leveraging domestic resources. By combining advanced ETJ technology, strong industry partnerships, and supportive policy frameworks, the initiative is set to play a pivotal role in scaling sustainable aviation fuel production. As per the press release, as global aviation moves toward net-zero targets, projects like this position India as a key player in the emerging SAF ecosystem, with the potential to influence both domestic and international markets.

A plant long regarded as one of the world’s “top 100 invasive species” could soon power India’s green shipping ambitions. Prosopis juliflora, a hardy shrub that has choked biodiversity across Kutch’s Banni grasslands for decades, is set to become the primary feedstock for India’s first green methanol production plant. Known locally as gando baval in Gujarat, vilayati keekar in North India, and velikathan in Tamil Nadu, the Mexican-origin species has spread aggressively, displacing native grasses across vast stretches of land. Now, instead of being a persistent ecological threat, it may serve as a valuable resource in the country’s clean energy transition.

India’s First Green Methanol Plant at Kandla

In a strategic shift, the invasive biomass will now fuel India’s first green methanol facility at the Deendayal Port Authority (DPA) in Kandla. The plant, currently under development, will produce around five tonnes of methanol per day and aims to supply cleaner fuel for ocean-going vessels. The project is being executed by Pune-based Thermax Energy, in collaboration with Ankur Scientific, which is providing advanced gasification technology. Once operational, the port authority will own and operate the facility. The initiative aligns with the Government of India’s vision to transform ports along the western coast into “green ports,” thereby accelerating the adoption of sustainable marine fuels.

Why Green Methanol Matters for Shipping

Methanol is already used in the shipping industry as a cleaner alternative to conventional bunker fuel. However, traditional methanol production relies on fossil fuels such as natural gas or coal. In contrast, green methanol uses renewable biomass—like Prosopis juliflora—as its source material. The shift significantly reduces environmental impact. According to the Methanol Institute, green methanol can cut carbon dioxide (CO₂) emissions by up to 95% and nitrogen oxides (NOx) by up to 80%, while eliminating sulphur oxides and particulate emissions altogether.

Technology Behind the Transformation

The production process involves two key stages—gasification and methanol synthesis. Ankur Jain, who leads Ankur Scientific, explains that gasification plays a critical role in converting biomass into syngas, a mixture of hydrogen, carbon monoxide (CO), and carbon dioxide (CO₂). “Gasification sits between combustion and pyrolysis,” he noted, highlighting how the process breaks down biomass in a low-oxygen environment to generate high-quality syngas. This intermediate product then moves to the second stage, where Thermax converts it into methanol. Notably, once initiated, the gasification reaction becomes self-sustaining. It requires only a small amount of external fuel—about 10–15 litres of oil for a short startup period. However, the plant still depends on grid electricity for operational components such as motors and pumps.

The Push for Truly Green Operations

While the project marks a major step forward, achieving full sustainability will require further improvements. As Jain pointed out, the carbon footprint of the plant can only be minimized if its electricity supply also comes from renewable sources. Therefore, future iterations may integrate renewable energy systems or on-site power generation to meet stricter international carbon-intensity standards, particularly those emerging under global maritime regulations.

From Environmental Burden to Energy Asset

The initiative represents a compelling example of circular economy thinking—transforming an ecological problem into a clean energy solution. By leveraging an invasive species to produce green methanol, India is not only addressing biodiversity concerns but also advancing its decarbonization goals in the maritime sector. As reported by thehindu.com, as the Kandla project takes shape, it signals a broader shift in how the country approaches both waste biomass and sustainable fuel production—turning challenges into opportunities for a greener future.

Boway Alloy, the parent of Vietnam-based Boviet Solar, announced plans to sell its U.S. subsidiary, Boviet Solar Technology (North Carolina) LLC, to Inox Solar Americas LLC, a unit of India’s Inox Solar. The transaction, valued at up to $254 million, marks a significant shift in Boway’s global solar strategy while strengthening Inox Solar’s international manufacturing footprint.

Deal Structure and Financial Details

The agreement covers the sale of 100% equity in the North Carolina-based company. Its primary asset is a 3 GW solar module manufacturing plant, which began production and commercial sales in the second half of 2025. To move the deal forward, both parties signed an equity acquisition agreement. Notably, the buyer has deposited $25.4 million into escrow, of which $15 million has been released to the seller—effectively activating the agreement.

A Strategic Reset in a Shifting Market

Overall, the transaction highlights how evolving geopolitical and regulatory frameworks are reshaping global solar supply chains. While Boway exits under pressure, Inox Solar is leveraging the opportunity to establish a stronger foothold in the U.S. market—positioning itself for long-term growth in one of the world’s most competitive renewable energy landscapes.

India’s critical mineral import ecosystem continues to remain heavily concentrated among a limited group of supplier countries, thereby increasing supply risks at a time when the country is accelerating its clean energy transition. According to an April 2026 briefing by the Institute for Energy Economics and Financial Analysis (IEEFA), this structural dependence could expose India to geopolitical and market disruptions. The analysis focuses on five key minerals—cobalt, copper, graphite, lithium, and nickel—given their critical role in renewable energy technologies, electrification systems, and battery manufacturing. Notably, India remains 100% import-dependent for lithium, cobalt, and nickel.

Why Critical Minerals Matter for India’s Energy Transition

Critical minerals underpin India’s ambitions to expand renewable energy capacity and industrial growth. These materials are essential for electric vehicles (EVs), battery storage systems, grid infrastructure, and advanced electronics. As India targets 500 GW of non-fossil fuel capacity and aims for 50% energy capacity from renewables by 2030, securing a stable supply of these minerals becomes indispensable.

Access to these inputs directly impacts India’s ability to build domestic manufacturing capabilities in high-growth sectors such as EVs and electronics. However, the global supply chain remains highly concentrated, increasing exposure to export controls, geopolitical tensions, and price volatility.

Global Supply Concentration and Trade Dynamics

India’s import data reveals a narrow supplier base. For instance, Chile has emerged as the largest supplier, driven primarily by copper ore shipments. At the same time, China, along with Belgium, Germany, and Japan, plays a pivotal role in supplying processed mineral compounds. Protectionist policies and industrial strategies adopted by major economies—including China, Indonesia, the United States, the European Union, and Japan—are reshaping global trade flows. These include export restrictions, domestic value-addition mandates, and strategic resource management. As a result, global markets are becoming increasingly fragmented, amplifying supply risks for import-dependent economies like India. Demand for critical minerals is expected to more than double by 2030, further intensifying competition.

India’s Diversification Strategy Gains Momentum

To reduce dependence, India is actively pursuing diversification through strategic partnerships and international cooperation. The country is strengthening ties with Australia and Japan, United States, United Kingdom, and European Union, South Africa, Zambia, and Argentina. Additionally, exploratory engagements are underway with Chile, the Democratic Republic of Congo, Mongolia, Morocco, Mozambique, and Saudi Arabia. Experts emphasise that diversification must go beyond trade agreements. It should include joint exploration, technology transfer, R&D collaboration, and recycling initiatives to build a resilient supply chain.

Building a Resilient Critical Mineral Ecosystem

While India’s import trends indicate a clear push toward diversification, long-term resilience will depend on deeper structural changes. India must invest in domestic processing capabilities, scale up recycling and circular economy initiatives, strengthen industry-level partnerships and develop advanced technologies for mineral extraction and utilisation. As per the press release, a stable and diversified value chain—from sourcing to processing—will be essential to reduce supply disruptions, stabilise prices, and support sustainable growth.

As the global pharmaceutical industry accelerates toward innovation, advanced manufacturing, automation, and deeper collaboration, CPHI & PMEC India 2026 has announced a major expansion. The move reflects not only the increasing scale of the event but also the rapid evolution of India’s pharmaceutical ecosystem. Now in its 19th edition, the platform will adopt a dual-venue format in Delhi-NCR, enabling more focused engagement and improved industry participation at scale.

Dual Venues and Overlapping Schedule to Enhance Engagement

CPHI India will take place from 23–25 November 2026 at Yashobhoomi (India International Convention and Expo Centre), while PMEC India will be held from 24–26 November 2026 at India Expo Mart. The partially overlapping schedules create a continuous four-day engagement window. As a result, attendees will gain greater flexibility, while exhibitors can unlock expanded networking and collaboration opportunities across the pharmaceutical value chain.

A Legacy Platform Enters Its Next Phase

For nearly two decades, CPHI and PMEC India have served as the “Heart of Pharma” in India, bringing together global and domestic stakeholders to connect, collaborate, and grow. However, as the industry becomes more specialised and technology-driven, the event has evolved accordingly. This expanded format marks a new chapter—one that aligns with an ecosystem increasingly defined by innovation, digitalisation, and outcome-driven partnerships.

India’s Rising Influence in Global Pharmaceuticals

India continues to strengthen its position as a global pharmaceutical powerhouse. Currently the third-largest producer of pharmaceuticals by volume, the country supplies over 20% of the world’s generic medicines. India is steadily expanding its capabilities across Active Pharmaceutical Ingredients (APIs), finished dosage formulations, contract manufacturing and biotechnology and advanced therapies. With the domestic pharma market projected to reach $130 billion by 2030, the sector is entering a phase of sustained growth and global relevance. At the same time, rapid adoption of digitalisation and AI-driven manufacturing is transforming quality systems, compliance, and operational efficiency. Consequently, the need for high-quality, focused industry platforms has never been greater.

Expansion Driven by Industry Demand

As participation in the event grew in both scale and diversity, the limitations of a single venue became increasingly evident. Therefore, organisers undertook an extensive evaluation process. Yogesh Mudras, Managing Director, Informa Markets India informs, “The decision to expand CPHI & PMEC India into a two-venue format was driven by research and clear industry feedback. After an 18-month international, consultant-led study and extensive stakeholder consultations, it became evident that the platform had outgrown a single venue.” He further added that the overlapping schedule effectively creates an additional day, improving time efficiency, enabling cross-show synergy, and delivering stronger return on investment for participants.

Building a Future-Ready Pharma Platform

By removing space constraints and introducing specialised zones, the new format aims to deliver deeper engagement and clearer segmentation.

Furthermore, this transformation is designed to:

*Enable innovation across the pharma value chain

*Support meaningful business interactions

*Maintain continuity, trust, and industry value

The expansion reinforces India’s growing position as the “pharmacy of the world.”

CPHI India: A Global Hub for Pharma Ingredients and Services

Hosted at Yashobhoomi, New Delhi, CPHI India 2026 will continue to serve as a globally connected platform for pharmaceutical ingredients and APIs, excipients and formulations, contract research and manufacturing services (CROs/CDMOs) and biotechnology and allied services. As per the press release, the event will bring together a diverse mix of manufacturers, innovators, and service providers, thereby supporting global sourcing, export growth, and strategic partnerships.

Deepak Chem Tech Limited (DCTL), a wholly owned subsidiary of Deepak Nitrite Limited, entered into a long-term agreement with Praxair India, a part of Linde plc, to establish a hydrogen and carbon monoxide (HyCO) plant. The facility will supply critical feedstocks for DCTL’s upcoming polycarbonate manufacturing complex at Padariya in Dahej, Gujarat.

On-Site HyCO Facility to Ensure Reliable Feedstock Supply

Praxair India will design, build, own, and operate a dedicated on-site HyCO facility. As a result, DCTL will benefit from a stable, long-term supply of essential raw materials required for polycarbonate production. The on-site model is expected to enhance operational efficiency while ensuring uninterrupted availability of feedstocks—an important factor for large-scale chemical manufacturing.

Leveraging Complementary Strengths

The partnership effectively combines DCTL’s downstream materials expertise with Praxair India’s proven capabilities in industrial gas infrastructure and operations. Consequently, DCTL can focus on its core competencies, while Praxair India manages the complexities of gas production and supply. In addition, the integrated approach is designed to improve reliability, streamline operations, and optimize overall plant performance.

Supporting India’s Growing Polycarbonate Demand

DCTL’s integrated polycarbonate facility is poised to play a key role in boosting domestic production of this high-performance engineering plastic. Polycarbonate is widely used across fast-growing sectors such as automotive, electrical and electronics, construction, and consumer goods. The
long-term supply arrangement has been structured to ensure consistent product quality, scalability, and supply chain resilience as the project progresses.

Leadership Perspective

“The agreement marks an important step in advancing our polycarbonate project,” said Meghav Mehta, ED & CEO of Deepak Chem Tech Limited. “By securing a long-term supply of critical raw materials through a dedicated on-site solution, we are enhancing execution visibility and enabling efficient project delivery. We are pleased to partner with Praxair India, whose global expertise aligns well with our project requirements,” Mehta added.

Project Timeline

The on-site HyCO facility is expected to be commissioned in 2028, in alignment with the startup of DCTL’s polycarbonate plant. As per the press release, the synchronized timeline will help ensure seamless integration and operational readiness.

Chemspec Europe 2026 is set to open its doors on 6–7 May 2026 at Koelnmesse, bringing together the global specialty chemicals community under one roof. Recognised as a key multi-sector meeting point, the event continues to drive innovation across the entire chemical value chain.

Diverse Show Floor Reflects Industry Momentum

This year, the exhibition will feature 455 exhibitors, including 126 first-time participants, highlighting both strong industry momentum and a steady influx of new entrants. Manufacturers and suppliers of fine and specialty chemicals will dominate the show floor. At the same time, contract development and manufacturing organisations (CDMOs), equipment providers, and service specialists will ensure a well-rounded industry presence.

From a sector perspective, pharmaceutical applications will lead participation, followed closely by agriculture, paints and coatings, personal care and cosmetics and electronics and batteries. In addition, sustainability continues to gain traction, with 61 companies showcasing biobased solutions and 25 exhibitors highlighting biodegradable products.

Broad Industry Representation Across Applications

Beyond core sectors, the event will also bring together companies serving a wide range of specialised industries. These include water treatment, metal surface treatment, pulp and paper, textiles and fibres, glass and ceramics, packaging, and recycling. As a result, Chemspec Europe offers a comprehensive view of the diverse applications powered by specialty chemistry.

New Product Launches and Industry Debuts

Innovation will take centre stage, with several companies unveiling new products and solutions. For instance, Cabro will introduce a new platinum-vanadium catalyst, while Enzymaster will debut isocitric acid and fruit-like acid profiles, signalling growing interest in biocatalytic processes. THIELMANN will showcase its Tight-Head Drum with Tri-Sure® connections, engineered for safe handling and regulatory compliance in demanding environments. Midas Chemicals is expanding beyond pharmaceuticals into broader chemical markets, adding triflic acid to its portfolio, with triflic anhydride set to follow. Similarly, Ubichem will present ubispoke®, a custom synthesis model focused on improving cost efficiency, purity, scalability, and environmental performance.

Advancements in Process Technology

Process innovation will also be a major highlight. Fluitec will introduce its Dynamic Cascade Reactor (DCR), designed to enable robust continuous operations where traditional static mixers fall short. In parallel, Axplora will showcase advancements following a $60 million investment in its Farmabios facility in Italy. The upgrade includes enhanced HPAPI capabilities and a new R&D hub aimed at accelerating development and scale-up of highly potent molecules.

Sustainability and Circular Solutions Take Focus

Sustainability remains a central theme across the exhibition. SEQENS will present a portfolio of specialty ingredients aligned with five sustainability pillars, targeting markets such as personal care, lubricants, coatings, and solvents. Alsico, in collaboration with Stuff4Life and Coats, will introduce an innovative approach to circular workwear. By recovering and reusing retro-reflective glass beads from end-of-life garments, the initiative addresses a long-standing recycling challenge in high-visibility clothing.

Conference Programme to Address Key Industry Challenges

Alongside the exhibition, a comprehensive conference programme will explore the trends shaping the future of specialty chemicals. The agenda will include keynote presentations, panel discussions and interactive roundtables. Topics will range from AI-driven R&D and advanced manufacturing to green chemistry, sustainability, and regulatory developments. A new session on PFAS regulation will debut, supported by an exclusive whitepaper developed by S&P Global and GPC Group, to be launched during the event.

Industry Outlook and Expectations

Christiane Beck, Event Director of Chemspec Europe, noted that despite challenging market conditions, the level of innovation remains strong. She emphasised that the breadth of products and the diversity of exhibitors reflect the resilience and forward momentum of the specialty chemicals sector. As per the press release, Chemspec Europe 2026 will take place on 6–7 May 2026 at Koelnmesse, reinforcing its position as a key global platform for innovation, collaboration, and business growth in specialty chemicals.