Devson Catalyst Limited secured commercial orders from Tata Steel and NMDC for its newly developed Ammonia Decomposition Catalyst. The orders mark an important milestone for the company as it expands its portfolio of higher-value catalyst products. The Tata Steel order is the company’s first commercial order for this specific catalyst from Tata Steel, following successful application trials conducted at NMDC.

Devson Catalyst announced the development on September 4, 2026. According to Managing Director Savanbhai Prahlabdhai Patel, NMDC placed the initial order in May 2026, and the customer has successfully deployed the catalyst. Subsequently, Tata Steel approved the product, providing further validation of its performance in industrial applications.

Catalyst Enables Hydrogen Production from Ammonia

The Ammonia Decomposition Catalyst breaks down ammonia (NH₃) at high temperatures into hydrogen (H₂) and nitrogen (N₂). As a result, the catalyst can support hydrogen production by enabling the recovery of hydrogen from ammonia. In addition, the catalyst can decompose residual ammonia present in industrial process gases before downstream processing. This capability makes the technology relevant to industries seeking efficient gas treatment and hydrogen recovery solutions.

Applications Across Key Industries

Devson Catalyst expects the new product to serve several industrial applications. In particular, the catalyst can support:

Steel and Metallurgical Processing: Applications such as sulphur recovery and process-gas treatment.

Renewable Energy and Green Hydrogen: Conversion of ammonia into hydrogen for energy and hydrogen-production applications.

Oil and Gas Refineries: Gas treatment, processing and ammonia removal applications.

Expanding into Higher-Value Catalyst Solutions

The company considers the Ammonia Decomposition Catalyst a higher-value addition to its existing catalyst portfolio. Furthermore, growing interest in ammonia as a hydrogen carrier could create additional opportunities for technologies that efficiently convert ammonia back into hydrogen. As reported by scanX, with successful industrial trials at NMDC and commercial validation from Tata Steel, Devson Catalyst is strengthening its capabilities in advanced catalyst technologies for hydrogen, gas treatment and industrial processing applications.

Anupam Rasayan India Ltd., a custom synthesis and specialty chemicals company, signed a long-term supply contract with a global specialty metal manufacturer headquartered in the United States. Under the agreement, Anupam Rasayan will supply a specialty chemical product to support the customer’s global operations. Dispatches are expected to commence from the latter half of Q3 FY27. The agreement also marks Anupam Rasayan’s entry into a new segment within the geological resources sector, supporting the company’s strategy to diversify its customer base and expand into specialised global markets.

Six-Year Partnership to Expand Global Presence

The supply contract will run for six years, providing a foundation for a long-term business relationship between the two companies. Moreover, the partnership enables Anupam Rasayan to leverage its manufacturing capabilities, quality standards and supply reliability to serve a major international customer. The company expects the agreement to strengthen its presence in the global specialty chemicals market.

Anupam Rasayan Focuses on Customer Diversification

Anand Desai, Managing Director of Anupam Rasayan, said the contract represents an important step in the company’s efforts to deepen its presence and diversify its customer base in the geological resources sector. He also highlighted the scale and leadership of the US-based customer, noting that the partnership represents a significant opportunity for Anupam Rasayan.

Building a Long-Term Strategic Relationship

With supplies scheduled over a six-year period, both companies view the agreement as the beginning of a broader long-term relationship. Furthermore, Anupam Rasayan expects its manufacturing expertise, consistent quality and reliable supply capabilities to help establish a strong partnership with the customer. As per the press release, the company will continue to focus on expanding its global customer base, entering specialised chemical segments and developing long-term supply relationships as part of its broader growth strategy.

Godavari Biorefineries secured a patent from the European Patent Office (EPO) for its patent application titled ‘A Biofiller for Rubber Reinforcement’. The invention introduces an efficient, economical, biodegradable and eco-friendly biofiller designed to reinforce rubber products. The technology aims to partially replace conventional carbon black used in tyres and other rubber applications while maintaining or enhancing important mechanical properties.

Sustainable Alternative to Carbon Black

The patented biofiller technology offers a potential sustainable alternative to conventional rubber reinforcement materials. By incorporating bio-based materials, the solution can help reduce dependence on carbon black while supporting the development of more environmentally responsible rubber products. Moreover, the invention combines performance, cost efficiency and environmental benefits, making it relevant to manufacturers seeking sustainable material solutions.

Applications Across Rubber Industries

Godavari Biorefineries developed the technology with a scalable manufacturing process, supporting its potential adoption across multiple rubber-product applications. The biofiller could find applications in tyres, footwear, belts bags and industrial rubber products. The technology could help manufacturers address growing requirements for high-performance, cost-effective and sustainable rubber materials.

Godavari Biorefineries’ Bio-Based Product Portfolio

Godavari Biorefineries is among India’s manufacturers of ethanol-based chemicals. The company has built a diversified product portfolio covering bio-based chemicals, sugar, various grades of ethanol and power. As reported by findoc.com, with the latest European patent, the company further strengthens its focus on bio-based innovation and sustainable material solutions, while expanding the potential applications of its technology across global markets.

SK Minerals & Additives entered into a Technical and Commercial Cooperation and Collaboration Agreement with iPOOL S.r.l., Italy. The partnership aims to strengthen technical cooperation, joint research and development (R&D), and commercial collaboration in the field of flame-retardant additives and compounds. By combining their complementary technical expertise and market capabilities, SK Minerals & Additives and iPOOL will work to develop innovative, high-performance and application-focused flame-retardant solutions.

Joint R&D and Product Development

Under the collaboration, both companies will focus on several key areas, including joint R&D, technical development, formulation support and application development. In addition, the partners will identify new commercial opportunities based on evolving customer needs and the growing demand for next-generation material solutions. This approach will enable the companies to accelerate the development of specialised flame-retardant technologies while addressing specific performance and application requirements.

Focus on Wire, Cable and EV Applications

The partnership is expected to create new opportunities across a range of specialised applications. In particular, the companies will target the wire and cable, electric vehicle (EV) and automotive sectors.

Demand for advanced flame-retardant additives and compounds continues to grow in these industries. Increasingly, manufacturers require materials that deliver improved fire safety, performance, sustainability and regulatory compliance. As reported by business-standard.com, the SK Minerals & Additives–iPOOL collaboration aims to support customers with advanced
flame-retardant material solutions that address both current and emerging industry requirements.

Godavari Biorefineries Secures European Patent for Innovation

Godavari Biorefineries secured a patent from the European Patent Office (EPO) for its patent application titled ‘A Biofiller for Rubber Reinforcement’. The invention introduces an efficient, economical, biodegradable and eco-friendly biofiller designed to reinforce rubber products. The technology aims to partially replace conventional carbon black used in tyres and other rubber applications while maintaining or enhancing important mechanical properties.

Sustainable Alternative to Carbon Black

The patented biofiller technology offers a potential sustainable alternative to conventional rubber reinforcement materials. By incorporating bio-based materials, the solution can help reduce dependence on carbon black while supporting the development of more environmentally responsible rubber products. Moreover, the invention combines performance, cost efficiency and environmental benefits, making it relevant to manufacturers seeking sustainable material solutions.

Applications Across Rubber Industries

Godavari Biorefineries developed the technology with a scalable manufacturing process, supporting its potential adoption across multiple rubber-product applications. The biofiller could find applications in tyres, footwear, belts bags and industrial rubber products. The technology could help manufacturers address growing requirements for high-performance, cost-effective and sustainable rubber materials.

Godavari Biorefineries’ Bio-Based Product Portfolio

Godavari Biorefineries is among India’s manufacturers of ethanol-based chemicals. The company has built a diversified product portfolio covering bio-based chemicals, sugar, various grades of ethanol and power. As reported by findoc.com, with the latest European patent, the company further strengthens its focus on bio-based innovation and sustainable material solutions, while expanding the potential applications of its technology across global markets.

The Ministry of Petroleum and Natural Gas has approved a three-month extension for Atul Gupta as Director (Commercial) of Engineers India Limited (EIL). Gupta, who currently serves as Chairman and Managing Director of EIL, will continue to hold the additional charge of Director (Commercial) from September 30. The extension will remain in effect for three months or until the appointment of a regular incumbent to the position, whichever occurs earlier. The arrangement will also continue until further orders from the government.

Gupta’s Role in EIL’s Business Growth

Gupta has played an important role in strengthening EIL’s commercial operations during his tenure as Director (Commercial). In particular, he helped expand the company’s order book, strengthen its domestic market presence and increase its international footprint. Furthermore, under his leadership, EIL pursued opportunities in new markets and diversified its business beyond its traditional areas of operation. These initiatives have helped the company explore growth opportunities in infrastructure and other emerging sectors.

Focus on Technology and Sustainability

Alongside business expansion, Gupta has promoted the adoption of sustainable and
technology-driven solutions across EIL’s operations. Consequently, these initiatives have supported the company’s efforts to respond to evolving industry requirements while creating new avenues for growth. Moreover, his approach has focused on combining business development with technological advancement and sustainable practices.

Supporting Make in India

Gupta’s tenure has also contributed to the Government of India’s Make in India initiative. Through greater emphasis on indigenisation and self-reliance, EIL has continued to strengthen domestic capabilities across its operations. As reported by psuwatch.com, as Gupta continues to hold the additional charge of Director (Commercial), EIL is expected to maintain its focus on order-book growth, business diversification, international expansion and technology-led solutions.

Alfa Laval, a global provider of heat transfer, separation and fluid-handling technologies, has been selected to provide electrolyzer cooling equipment for the Onuba H2 project in Spain. Led by Moeve, the project forms a key part of the Andalusian Green Hydrogen Valley and is set to become the largest renewable hydrogen project in Southern Europe. The project marks an important milestone in Europe’s transition towards cleaner energy and low-carbon industrial production.

Largest Electrolyzer Plant in Southern Europe

Located at the La Rábida Energy Park in Huelva, the Onuba H2 project will feature an initial electrolysis capacity of 300 MW, with an option to add another 105 MW. Once operational, the facility is expected to produce approximately 45,000 tonnes of green hydrogen annually. Furthermore, Onuba H2 will serve as an industrial anchor for the Andalusian Green Hydrogen Valley, which is among Spain’s most ambitious renewable hydrogen initiatives. The project will therefore support efforts to decarbonize both the transport and industrial sectors.

60 Alfa Laval Heat Exchangers

Under the agreement, Alfa Laval will supply advanced heat transfer equipment to Moeve for the Onuba H2 electrolyzer plant. The company’s scope includes balance of plant cooling, electrolyzer cooling and gas cooling.

60 Alfa Laval heat exchangers

The cooling systems will play a critical role in maintaining stable operating conditions within the electrolyzer plant. Consequently, the technology will help support efficiency, reliability and safety during large-scale renewable hydrogen production.

Supporting Europe’s Energy Transition

Thomas Møller, President of the Energy Division at Alfa Laval, said the company was honoured to contribute its expertise and technology to the Onuba H2 project. He highlighted the role of heat transfer solutions in supporting the decarbonisation of industry and transport while strengthening Europe’s energy security. The collaboration also reinforces Alfa Laval’s growing role in providing technologies for renewable hydrogen production and the wider energy transition.

Andalusian Green Hydrogen Valley Gains EU Recognition

The European Commission has recognized the Andalusian Green Hydrogen Valley as a Project of Common Interest (PCI). This recognition highlights the strategic importance of the initiative for the European Union. In addition, PCI status can facilitate access to public funding, grants and subsidies. As a result, the initiative can accelerate renewable energy development while supporting Europe’s broader objectives for energy security and decarbonisation.

Green Hydrogen to Drive Decarbonisation

Renewable hydrogen is expected to play an important role in achieving the European Union’s CO₂ emissions reduction targets. In particular, green hydrogen can help decarbonize sectors that are difficult to electrify directly, including heavy transport and energy-intensive industries. Against this backdrop, the Onuba H2 project could make a significant contribution to Europe’s climate objectives while reducing dependence on fossil fuels.

Andalusia Strengthens Green Hydrogen Potential

Andalusia combines abundant renewable energy resources with established infrastructure and a strategically important location. Therefore, the region is well positioned to become a major hub for green hydrogen production in Europe. As per the press release, the Onuba H2 project demonstrates Andalusia’s potential to accelerate the energy transition in Spain and contribute to Europe’s wider shift towards renewable hydrogen, industrial decarbonisation and energy security.

Cohance Lifesciences plans to invest a combined $18 million in NJ Bio and Aruka Bio as it expands its focus on antibody-drug conjugates (ADCs), a growing class of targeted cancer treatments. As part of the investment, Cohance will invest $13 million to increase its stake in NJ Bio and another $5 million in Aruka Bio. The move strengthens two distinct areas of the company’s ADC strategy.

NJ Bio to Focus on ADC Services and Manufacturing

NJ Bio will focus on contract research, development and manufacturing services for pharmaceutical and biotechnology customers. The company brings expertise in areas such as payload-linkers and bioconjugation, which enable potent drug molecules to be attached to antibodies and delivered more precisely to targeted cells. Cohance plans to integrate NJ Bio’s capabilities more closely with its own manufacturing operations. As a result, customers could access a broader range of services, from early-stage drug development through commercial-scale manufacturing.

Aruka Bio to Develop Proprietary ADC Drugs

Aruka Bio will focus on developing its own experimental ADC drugs and will become a direct subsidiary of Cohance Lifesciences. The transaction will give Cohance control of Aruka’s proprietary ADC platform, creating opportunities for future co-development, licensing and strategic partnerships with pharmaceutical and biotechnology companies.

Cohance Strengthens End-to-End ADC Strategy

By separating the roles of NJ Bio and Aruka Bio, Cohance aims to build a more focused ADC business. While NJ Bio will strengthen the company’s customer-facing research and manufacturing capabilities, Aruka will drive the development of proprietary ADC assets. “This reorganisation gives each business a clear focus,” said Umang Vohra, Executive Chairman and Group CEO of Cohance Lifesciences. As reported by cnbctv18.com, Vohra added that the restructuring will strengthen NJ Bio’s customer offering while creating an opportunity for Aruka to enter its next phase of growth.

GREW Solar bagged a repeat order worth Rs. 430 crore from an independent power producer (IPP) in India for the supply of high-efficiency solar photovoltaic (PV) modules. The latest order further strengthens the company’s position in India’s rapidly expanding solar energy market. However, GREW Solar has not disclosed the name of the IPP.

G12R Modules to Power Solar Projects

Under the agreement, GREW Solar will supply its G12R solar modules, which use advanced n-type TOPCon (Tunnel Oxide Passivated Contact) cell technology. This technology enables higher module efficiency and supports the growing demand for high-performance solar solutions as India accelerates its renewable energy transition.

GREW Solar Expands Manufacturing Capacity

GREW Solar, a venture of the Chiripal Group, currently operates a 6.5 GW solar PV module manufacturing facility in Dudu, Rajasthan. Meanwhile, the company is scaling up its manufacturing footprint. It plans to increase its total PV module production capacity to 11 GW by the end of 2026.

In addition, GREW Solar is investing in solar cell manufacturing and backward integration. These investments are expected to strengthen its supply chain, improve manufacturing capabilities and support the company’s long-term growth in India’s renewable energy sector.

Supporting India’s Solar Energy Growth

With the latest Rs. 430 crore order and ongoing capacity expansion, GREW Solar is positioning itself to meet the rising demand for high-efficiency solar PV modules. As reported by pv-magazine-india.com, GREW’s investments across the solar manufacturing value chain align with India’s broader push towards renewable energy and greater domestic manufacturing capacity.

The National Research Development Corporation (NRDC) and the Oil and Natural Gas Corporation (ONGC) signed a Memorandum of Understanding (MoU) to strengthen cooperation in technology evaluation, development, transfer and commercialisation. The agreement, exchanged in Dehradun, establishes a framework for both organisations to identify promising technologies and support their transition from research and development to commercial applications, particularly in the energy and related sectors.

Key Areas of NRDC-ONGC Collaboration

Under the MoU, NRDC and ONGC will collaborate across several technology-focused areas, including technology evaluation, technology development, technology transfer, commercialisation of innovative technologies and support for market-ready energy solutions. Through this framework, the organisations can identify technologies with strong commercial potential and facilitate their further development and deployment.

Bridging Research and Commercial Applications

The partnership aims to bridge the gap between research outcomes and market-ready solutions. By supporting technology evaluation, development and transfer, NRDC and ONGC can help move promising innovations from the R&D stage towards wider commercial adoption. Moreover, the collaboration could help researchers and technology developers gain a clearer pathway towards deploying solutions that address practical industry requirements.

Focus on Innovative Energy Technologies

The partnership is particularly relevant to the energy sector, where technological innovation can improve operational capabilities and create new solutions. By combining NRDC’s focus on technology development and commercialisation with ONGC’s industry expertise, the collaboration provides a platform to explore technologies with potential applications across the energy value chain.

Strengthening Technology Commercialisation

The NRDC-ONGC MoU strengthens institutional cooperation and creates opportunities to advance technologies with commercial potential. As reported by indianmasterminds.com, the partnership supports India’s broader objective of promoting technology innovation, industry collaboration and commercialisation. It can also help accelerate the journey of promising technologies from research laboratories to real-world industrial applications.