Syensqo has begun a major manufacturing expansion at its Havre de Grace, Maryland, facility, increasing production capacity by more than 30% through a multi-million-dollar investment. The project strengthens the company’s U.S. manufacturing footprint while enhancing its ability to serve the rapidly growing aerospace market with advanced material solutions.

The expansion also reinforces Syensqo’s global manufacturing network and supports its long-term strategy to supply high-performance structural adhesives and surfacing products for commercial aerospace, defense, propulsion, space, advanced air mobility, and automotive applications.

Investment Strengthens Aerospace Supply Chain

As aerospace remains Syensqo’s largest end market, the company is investing in additional capacity to help customers scale production more efficiently. By expanding operations at Havre de Grace, Syensqo aims to improve supply reliability and ensure consistent delivery of critical adhesive, bonding, and primer materials. Moreover, the new investment complements the company’s earlier capacity expansion in Wrexham, UK, creating a stronger and more resilient global production network.

Leadership Highlights Strategic Importance

“Today’s announcement marks an important milestone for our Havre de Grace site and for Syensqo’s continued growth in composite materials,” said Rodrigo Elizondo, President of Syensqo Composite Materials. “This investment will strengthen supply reliability, improve efficiency, and support our ability to meet growing customer demand for adhesive, bonding, and primer materials. It follows and complements our previous capacity increase in Wrexham, UK.”

Enhancing Efficiency and Global Manufacturing

In addition to increasing production capacity, the expansion is expected to improve operational efficiency across the site. Syensqo will leverage the upgraded facility to streamline manufacturing processes and better support customers requiring advanced composite material solutions. Furthermore, the project reinforces the strategic role of the Havre de Grace facility within Syensqo’s global manufacturing network, enabling the company to respond more effectively to rising demand from aerospace and other high-performance industries.

Long-Term Commitment to Advanced Materials

Through this investment, Syensqo continues to demonstrate its commitment to innovation and long-term growth in composite materials. As per the press release, the expanded Maryland facility will help the company support evolving customer requirements while strengthening its position as a supplier of high-performance materials for aerospace, defense, space, advanced air mobility, and automotive markets worldwide.

DEScycle opened its first demonstration plant at Wilton Centre in Teesside, marking the first operational deployment of its distributed metals processing platform. The facility represents a major step towards strengthening the UK’s domestic critical minerals supply chain and reducing reliance on overseas processing.

Supporting the UK’s Critical Minerals Strategy

The UK Government’s Critical Minerals Strategy aims for recycling to meet 20% of annual critical mineral demand by 2035. In line with this goal, DEScycle’s new plant will demonstrate how valuable metals can be recovered from complex electronic waste within the UK, rather than being exported abroad for treatment. The opening follows a recent visit by Chris McDonald, who announced a £50 million investment to support domestic critical minerals production.

Plant capacity and operational focus

The demonstration facility operates at a 250 kg batch scale and can process 50–100 tonnes of electronic waste annually during its initial phase. DEScycle will use the site to transition from pilot operations to repeatable commercial deployment. Initially, the plant will process printed circuit boards and other complex electronic feedstocks supplied through DEScycle’s UK joint venture partner GAP Group. The first metals recovered will include Gold, Copper, Silver and Palladium. The company is also developing recovery capabilities for tin, iron and aluminium.

Regional leaders back the project

Anna Turley and Ben Houchen officially opened the facility, joined by local dignitaries, investors and industry stakeholders. Turley said the UK currently exports too much metal-bearing waste for overseas processing, resulting in the loss of materials, economic value and control over strategic supply chains. She described the DEScycle plant as an important step towards addressing that challenge. Houchen added that Teesside continues to lead industrial innovation by developing technologies that transform electronic waste into valuable critical minerals. He highlighted the project’s potential to create high-quality jobs and attract further investment into the region.

A blueprint for distributed metals processing

Leo Howden said the Teesside facility serves as the company’s first operational blueprint for distributed metals processing. “This facility allows us to prove the platform in an industrial environment, generate the data needed for commercial deployment and demonstrate how modular processing capacity can be replicated across industrial clusters in the UK, US, Europe and Japan.” He added that growing demand for critical minerals from AI, electrification and advanced manufacturing creates an opportunity for the UK to lead a new model of metals processing.

Government and research support

Mary Creagh welcomed the development, noting that the UK generates millions of tonnes of e-waste each year, much of which is currently exported for recovery. “Recovering these critical metals and materials here in the UK is vital for our supply chain resilience, resource security and climate goals,” she said. Louise Heathwaite highlighted the research origins of the technology, which emerged from UKRI-supported work at the University of Leicester. She said the innovation offers more efficient metal recovery with lower environmental impact.

Commercial partnerships strengthen the supply chain

DEScycle has also announced strategic collaborations to support the commercial rollout of its technology:

Cisco will supply materials to the facility.

Mitsubishi Corporation will conduct an offtake study to evaluate commercial routes to market for domestically processed metals.

According to DEScycle, these partnerships validate the company’s approach by securing feedstock supply, supporting modular operations and establishing downstream offtake channels.

Wilton Centre selected for scale-up potential

DEScycle chose Wilton Centre because of its industrial infrastructure, pilot plant capabilities and location within Teesside’s expanding industrial innovation cluster. As per the press release, as part of the Pioneer Group ecosystem, the site provides technical development support and a near plug-and-play environment, helping DEScycle move towards commercial-scale deployment.

Vikram Solar signed a memorandum of understanding (MoU) with the Government of Tamil Nadu to establish a battery energy storage systems (BESS) manufacturing facility in the state. Rs 15,037 Crore Investment in Tirunelveli The Kolkata-based company will invest Rs 15,037 crore in the project, which will be located at SIPCOT Gangaikondan Industrial Park in Tirunelveli district. In addition, the facility is expected to generate employment for approximately 2,670 people, contributing to industrial growth and job creation in the region.

Expansion of Manufacturing Footprint

Vikram Solar is already expanding its manufacturing presence in Tamil Nadu. The company is developing solar module manufacturing facilities at Vallam and Oragadam in Kanchipuram district. Furthermore, it is building an integrated solar module and cell manufacturing park at Gangaikondan. Earlier this week, the company rolled out the first solar module produced at the Gangaikondan facility, marking an important milestone in the project’s development.

BESS Capacity Target of 15 GWh by FY30

The proposed BESS facility forms part of Vikram Solar’s broader strategy to achieve 15 GW-hours of battery energy storage manufacturing capacity by FY30. As India accelerates renewable energy deployment and grid modernisation, the company expects battery storage to play a critical role in balancing power supply, improving grid reliability and supporting the integration of solar and wind energy.

Supporting India’s Renewable Energy Goals

Through this investment, Vikram Solar aims to strengthen domestic manufacturing capabilities in battery energy storage and solar equipment while contributing to India’s growing demand for grid-scale energy storage solutions. As reported by projectstoday.ai, the project is expected to support both renewable energy expansion and energy transition objectives, reinforcing Tamil Nadu’s position as a key manufacturing hub for clean energy technologies.

Havells India entered the battery energy storage segment through a strategic collaboration with Norway-based Pixii AS. The partnership aims to develop and deploy advanced Battery Energy Storage Systems (BESS) for residential, commercial and industrial applications across India. The companies signed a Memorandum of Understanding (MoU) in the presence of the Norwegian Ambassador to India and senior representatives from the Embassy of Norway, Havells India and Pixii AS. Through the collaboration, Havells will contribute its manufacturing capabilities, distribution network and market reach, while Pixii will provide its expertise in battery energy storage technology.

Phased Plan to Build Local Energy Storage Ecosystem

The two companies have outlined a phased roadmap to create a long-term battery energy storage ecosystem in India. Initially, they will focus on pilot installations to evaluate market requirements and validate commercial opportunities. Subsequently, the partnership will move towards the co-development of integrated energy storage solutions tailored for Indian customers. Over time, the collaboration aims to establish local manufacturing capabilities and develop products specifically designed for Indian operating conditions and customer needs.

Havells Expands Renewable Energy Portfolio

Reshu Madan, SBU Head – Renewables at Havells India, said the partnership brings global energy storage innovation to India as the country accelerates its transition towards cleaner energy systems. Aseem Goyal, BU Head – Renewables, added that the collaboration strengthens Havells’ commitment to expanding its energy solutions portfolio while supporting localisation and sustainability objectives.

Pixii Sees India as Major Growth Market

Thomas Ingebretsen, CEO of Pixii AS, described India as one of the world’s most significant growth markets for energy storage. He noted that the partnership combines Pixii’s technology with Havells’ manufacturing strength, market expertise and customer reach, creating a strong platform for future expansion. The partnership comes at a time when India’s battery energy storage market is expanding rapidly due to increasing renewable energy deployment and growing demand for reliable power infrastructure.

Focus on Local Innovation and Manufacturing

Through the partnership, Havells and Pixii plan to introduce proven energy storage technologies while encouraging local innovation, localisation and manufacturing. As reported by maufacturingtodayindia.com, the companies believe the collaboration will help meet India’s evolving energy requirements, support renewable energy integration and contribute to the development of a more resilient and sustainable energy ecosystem.

INOX India Limited announced that it secured multiple orders worth ₹939 crore since 21 May 2026, significantly strengthening its order book. The new contracts include a major order from the space exploration industry, highlighting the company’s growing role in advanced cryogenic systems. The largest contribution came from the Industrial Gas (IG) business segment, which received orders worth ₹871 crore. Notably, a contract classified as a “Mega” order from the space exploration sector drove a substantial part of this growth.

The remaining orders were distributed across other business verticals like industrial gas, LNG, storage and fuelling equipment, cryo-scientific solutions, research and scientific applications and beverage kegs. In addition to the major space-related contract, INOX India received several “Minor” orders for vaporisers and storage tanks.

Within the LNG business, the company secured orders for LNG storage tanks, dispensers,
semi-trailers and LNG fuelling station equipment. Furthermore, INOX India won a “Minor” order from ITER, the international fusion energy project, during the same period. Additional contracts covered disposable cylinders, liquid cylinders, transport tanks and beverage kegs, demonstrating broad-based demand across the company’s cryogenic product portfolio.

Growing Momentum in Cryogenic Technologies

Deepak Acharya, Chief Executive Officer of INOX India Limited, said the orders reinforce the company’s position as a global partner for cryogenic solutions. He noted that adoption of cryogenic technologies is accelerating across multiple industries, particularly in the space sector, and added that the company remains focused on engineering excellence and innovation to support future growth.

As reported by freepressjournal.in, the latest order wins strengthen INOX India’s presence in industrial gases, LNG infrastructure, scientific research and space exploration. As global demand for advanced cryogenic systems continues to rise, the company appears well positioned to benefit from expanding opportunities in both traditional energy markets and emerging high-technology sectors.

India’s rapid expansion of bioenergy, biofuels, nutrition and wellness products is significantly increasing demand for enzymes, probiotics and microbial solutions, according to Danish bio-solutions company Novonesis. The company said demand is rising across multiple industries, including biofuel manufacturing, dietary supplements, biofertilisers and food processing, as businesses increasingly adopt biological alternatives to improve efficiency and reduce resource consumption.

Bioeconomy Creates New Growth Opportunities

Novonesis was formed in 2024 through the merger of Novozymes and Chr. Hansen. The company believes India’s growing bioeconomy presents substantial opportunities as industries replace conventional chemical-based processes with bio-based technologies. “Bio-ethanol and bio-fuels are a very big topic, and Novonesis has been a major part of this conversion process, bringing in technology together with engineering partners,” said Krishna Mohan Puvvada, Regional President, Middle East, India and Africa, Novonesis.

Biofuels and Renewable Energy Drive Enzyme Demand

Although ethanol remains the most visible opportunity, Novonesis expects strong growth across the broader bioenergy sector, including biogas, biodiesel and other renewable fuels. Puvvada noted that these segments remain relatively underpenetrated in India and offer significant room for expansion as the country accelerates its renewable energy transition. Enzymes play a crucial role in improving conversion efficiency, increasing production yields and lowering manufacturing costs. Consequently, they are becoming increasingly important as India scales up its biofuel blending and bioenergy programmes.

Novonesis Expands Manufacturing in India

In India, Novonesis manufactures juice enzymes, probiotics and vitamin K2 at its facilities in Patalganga and Wada, with products exported to global markets. The company has invested approximately Rs. 4,000 crore in its Indian operations so far. In addition, it signed a memorandum of understanding with the Government of Maharashtra earlier this year to invest a further Rs. 2,500–3,000 crore in the state. About 10% of Novonesis’ global workforce, including research and development personnel, is based in India.

India Business Records Double-Digit Growth

According to Puvvada, Novonesis has been witnessing double-digit growth in India. Beyond bioenergy, the company is seeing increasing demand from the food and health sector, animal nutrition and biofertiliser industry. The probiotics market, in particular, is expanding rapidly as Indian consumers become more health-conscious and better informed about preventive healthcare. “The probiotics space is dramatically expanding as the country becomes wealthier and more well-informed,” Puvvada said.

Nutrition and Food Processing Offer Additional Potential

Novonesis also sees significant opportunities in early-life nutrition, including infant formula production. The company expects continued demand for bio-solutions in dairy processing, bread and bakery production, cheese manufacturing, starch processing, plant-based foods, food additives.

Outlook

As reported by thehindubusinessline.com, as India expands its biofuel capacity, promotes renewable energy and experiences rising demand for wellness and nutrition products, companies supplying enzymes, probiotics and microbial technologies are expected to benefit from sustained long-term growth across multiple industrial and consumer sectors.

Fischer Medical Ventures Limited (FMVL) announced that its strategic partner, Nanyang Biologics, achieved a major international milestone when its NYB.AI molecular research platform was featured in the opening showcase at NVIDIA GTC Taiwan 2026, ahead of the keynote address by Jensen Huang. The recognition places NYB.AI among a select group of innovators within NVIDIA Inception, highlighting advances in artificial intelligence, computational biology, and next-generation scientific research.

Partnership Aims to Bring AI Research Capabilities to India

For Fischer Medical Ventures, the achievement strengthens its strategic collaboration with Nanyang Biologics and supports its vision of introducing world-class AI-enabled molecular research capabilities to India. The company believes that India’s pharmaceutical sector is entering a new phase of growth driven by AI-based drug discovery, molecular modelling, and advanced life sciences research.

Through the partnership, Fischer Medical Ventures plans to:

Introduce advanced molecular research technologies to India

Collaborate with pharmaceutical and biotechnology companies

Support research institutions and universities

Accelerate the discovery of novel therapeutic molecules

The collaboration also aims to combine artificial intelligence with India’s scientific expertise and botanical heritage to support evidence-based therapeutic innovation, subject to scientific validation and regulatory approvals.

Exclusive Distribution of Selected NYB Technologies

Fischer Medical Ventures serves as the exclusive distributor in India for selected NYB technologies and scientifically developed plant-based nutraceutical products, subject to applicable regulatory approvals. The initial phase of the partnership focuses on nutraceutical formulations designed to support cardiovascular health, liver health, overall wellness. In addition, the companies intend to pursue future collaborations with universities, pharmaceutical manufacturers and research organisations to expand AI-enabled life sciences research in India.

Vecura Platform Uses Advanced Atomistic AI Models

At the core of Nanyang Biologics’ AI ecosystem is Vecura, an advanced molecular research platform that uses state-of-the-art atomistic AI models, including Meta FAIR’s Universal Models for Atoms (UMA). Through a secure, no-code environment, Vecura enables researchers to simulate molecular behaviour, predict material properties and perform high-throughput computational analysis. As a result, researchers may accelerate therapeutic discovery, improve research efficiency and reduce the computational complexity traditionally associated with molecular modelling.

Leadership Highlights India’s Innovation Potential

Ravindran Govindan, Chairman of Fischer Medical Ventures Limited, said, “NYB.AI’s recognition at NVIDIA GTC Taiwan 2026 validates the strength of the technology developed by our strategic partner, Nanyang Biologics. We are proud to work alongside an organisation that is helping redefine AI-driven molecular research, and we look forward to introducing these capabilities to India’s scientific and pharmaceutical community.”

He added that India possesses exceptional scientific talent, a globally respected pharmaceutical industry and a rich heritage of botanical knowledge, creating significant opportunities to accelerate innovation and support the discovery of new therapies.

Building an AI-Enabled Life Sciences Ecosystem

Svetlana Rao Raviwada, Whole-Time Executive Director of Fischer Medical Ventures Limited, said, “Our partnership with Nanyang Biologics is about more than bringing advanced technology to India; it is about building an AI-enabled life sciences ecosystem that strengthens collaboration between academia, research institutions and the pharmaceutical industry.” She added that platforms such as Vecura will help equip Indian researchers with world-class AI-powered molecular research capabilities that can accelerate scientific discovery and foster innovation across healthcare and life sciences.

Long-Term Vision for AI-Driven Pharmaceutical Research

Fischer Medical Ventures and Nanyang Biologics share a long-term vision of strengthening India’s position in AI-driven pharmaceutical research. As per the press release, by collaborating with academia, industry and research institutions, the partnership aims to accelerate scientific innovation and support India’s emergence as a global hub for innovation-led healthcare and next-generation therapeutic discovery, subject to scientific validation and regulatory approvals.

FILTREX India 2026 will take place on 7–8 October 2026 at the Eros Hotel, New Delhi, bringing together decision-makers, technical experts, researchers and innovators from across the filtration value chain. The two-day event will feature a conference and tabletop exhibition focused on the latest filtration technologies, market trends and regulatory developments.

Conference to Address Key Filtration Challenges

The conference programme will examine several critical industry topics, including filtration standards and regulations in India, automotive filtration, industrial filtration, and solutions for clean water and clean air. In addition, delegates will have opportunities to network with industry leaders, exchange technical knowledge and explore new business partnerships. By combining technical discussions with commercial networking, the event aims to create a platform where participants can identify emerging opportunities and address common industry challenges.

Global Experts to Lead Technical Sessions

Industry specialists from leading organisations, including Mann+Hummel, Ahlstrom, Camfil, Hollingsworth & Vose, UY Trienviro and Schlegel und Partner, will deliver presentations and technical sessions. These sessions will cover a wide range of topics, such as next-generation filtration materials, air quality management solutions, wastewater recycling technologies, and the impact of evolving European chemical compliance requirements on international markets.

EDANA Highlights India’s Growing Role

“Launched in Europe in 2004, FILTREX has grown into a recognised international platform for knowledge exchange within the filtration industry,” said Murat Dogru, General Manager at EDANA. “The Indian market continues to play an increasingly important role in the global filtration landscape. Therefore, FILTREX India provides an ideal forum for bringing together international expertise and local innovation to address shared challenges,” Dogru added.

Rising Demand for Air and Water Filtration Technologies

According to the organisers, demand for advanced filtration technologies continues to grow worldwide. This trend is driven by the need for improved air quality, efficient water treatment, higher industrial process efficiency, and more sustainable manufacturing technologies. As a result, FILTREX India 2026 will focus on the innovations, partnerships and technical developments that are expected to shape the future of the filtration sector. As reported by filtsep.com, registration is currently open for delegates, exhibitors and sponsors. Interested participants can find additional information and registration details through the official FILTREX India and EDANA websites.

ACHEMA Middle East will now take place from 11–13 October 2027 at the Riyadh Front Exhibition & Conference Center. Organisers have moved the inaugural edition to support stronger international participation, create enhanced business opportunities and deliver a more impactful launch event for the region’s process industries. Following a strategic review of market conditions and the regional business environment, Messe Frankfurt Saudi Arabia and DECHEMA decided to reschedule the exhibition to October 2027. The organisers stated that the revised timeline will provide a stronger platform for business networking, technology exchange, and partnership development across regional and international process industries.

Move Aligned with Saudi Vision 2030

The decision also followed consultations with exhibitors and key industry partners. With the support of the Saudi Ministry of Industry and Mineral Resources, ACHEMA Middle East remains aligned with Saudi Vision 2030 and the Kingdom’s long-term industrial transformation agenda. “Following consultation with our exhibitors, partners, government stakeholders and industry leaders, we have made the decision to move ACHEMA Middle East to October 2027,” said Alesya Deyanova, Show Manager, ACHEMA Middle East. “The revised dates will allow us to maximise industry participation and deliver the strongest possible debut edition from day one,” Deyanova added.

New Venue to Enhance Visitor Experience

The Riyadh Front Exhibition & Conference Center will host the event for the first time. The venue offers state-of-the-art facilities and a strategic location near King Khalid International Airport, enabling efficient logistics for exhibitors, partners and attendees. As a result, organisers expect a smoother exhibition experience and improved accessibility for international participants.

Six Core Innovation Themes

The exhibition and conference programme will focus on six major themes:

Process Innovation

Pharma Innovation

Lab Innovation

Digital Innovation

Green Innovation

Energy Innovation

These themes will examine several important industry developments, including advanced manufacturing, artificial intelligence, industrial digitalisation, pharmaceutical technologies, laboratory automation, hydrogen, carbon management, circular economy initiatives, and clean energy solutions.

Strong Early Industry Support

Many international brands, specialised country pavilions and regional industrial buyers have already confirmed their participation. Consequently, ACHEMA Middle East is expected to become a significant meeting point for companies seeking to expand their presence in Saudi Arabia and neighbouring growth markets. As per the press release, by bringing together global technology providers, regional manufacturers and industrial buyers, the event aims to support collaboration and investment opportunities across the Middle East’s evolving process industries sector.

Topsoe signed an agreement with J Westling & Co (JWC) to support the development of a blue ammonia fertilizer plant in Gothenburg, Nebraska. The project aims to produce domestically sourced low-carbon ammonia fertilizer for American farmers while strengthening regional fertilizer supply chains. Topsoe will provide its SynCOR Ammonia™ autothermal reforming technology, along with proprietary equipment and catalysts for the Nebraska facility. Once operational, the plant will produce approximately 500 short tons per day (STPD) of blue ammonia using natural gas as feedstock. Importantly, this will be the first deployment of Topsoe’s SynCOR Ammonia™ technology dedicated to low-carbon fertilizer production.

Project Aims to Reduce Transportation Costs

The new facility will supply blue ammonia fertilizer to farmers located near the plant in Nebraska. As a result, regional customers are expected to benefit from significantly lower transportation expenses. Currently, transporting ammonia from the U.S. Gulf Coast to Nebraska costs between $100 and $120 per ton. By producing fertilizer locally, the project will eliminate much of this logistics cost while improving supply reliability for Midwest farmers.

Supporting Food Security and Energy Resilience

Topsoe stated that the project demonstrates how advanced ammonia technologies can support both food security and energy resilience. “This project is about strengthening domestic supply chains that farmers depend on every day,” said Henrik Rasmussen, Managing Director, The Americas, Topsoe. “We are proud to support JWC’s investment in U.S.-based fertilizer production that produces blue low-carbon ammonia fertilizers to support domestic supply of critical agricultural outputs,” Rasmussen added.

JWC Sees Benefits for Farmers and Rural Jobs

Joshua Westling, Founder and CEO of J Westling & Co, emphasized the importance of providing farmers with reliable fertilizer supplies closer to home. “Nebraska farmers help feed the world,” Westling said. “For the sake of both their bottom line and America’s supply chain resilience, farmers should be able to source reliable, high-quality inputs like ammonia fertilizer closer to home. This partnership with Topsoe will help us deliver world-class fertilizer to farmers across the region while supporting good-paying jobs in rural Nebraska,” Westling added.

Clean Ammonia Market Expected to Expand

Clean ammonia, including blue and green ammonia, could account for around 13% of global ammonia supply by 2030. The United States is expected to produce approximately one-third of global clean ammonia output, driven by investments in low-carbon ammonia projects that enhance domestic supply and industrial competitiveness. By manufacturing ammonia within Nebraska, the project seeks to reduce dependence on imports, improve fertilizer availability, and provide Midwest farmers with greater confidence as they prepare for each growing season. As per the press release, in addition, the facility is expected to contribute to a more resilient agricultural supply chain while supporting the transition toward lower-carbon fertilizer production in the United States.