The International Conference on “Nanomaterials and Sustainable Applications” (NANO-SA-2026), organized by the Institute of Chemical Technology (ICT), Jalna, India, was a highly successful two-day event held on February 11–12, 2026. The conference focused on the design, development, and sustainable applications of advanced nanomaterials with unique physical and chemical properties.

Grand Inauguration Highlights Innovation and Expertise

The conference opened with a detailed overview by Dr. Manoj B. Gawande, the convenor of NANO-SA-2026, followed by a warm welcome address from Prof. S.T. Mhaske. The inaugural session featured Prof. Anniruddha B. Pandit as the Chief Guest, delivering an inspiring address on advancements in nanomaterials and sustainable technologies. Prof. Bert Weckhuysen was honoured as the guest of honour, and the session concluded with an eloquent vote of thanks from Prof. G.M. Joshi.

Recognizing Pioneers in Nanoscience

Prof. Anniruddha B. Pandit was felicitated for receiving the prestigious “Vigyan Shri” Award from the President of India. His ground-breaking work in cavitational and multiphase reactor engineering has revolutionized industrial applications and microbial cell disruption. Notably, he developed an energy-efficient method for disrupting microbial cells, providing a superior alternative to traditional industrial techniques.

Prof. Bert Weckhuysen, an internationally acclaimed scientist, received “The Nanomaterials and Sustainable Applications Award 2026” for his pioneering work in operando spectroscopy. His research has significantly advanced catalysis, enabling the development of more sustainable and efficient catalytic processes.

Global Expertise and Collaborative Sponsorship

The conference successfully brought together global experts. The valedictory session was graced by Govind Goyal, Executive Director of Kalika Steel and Alloy Pvt Ltd, along with Dr. Manoj Gawande, Prof. Girish Joshi, and Dr. Manoj Jadhao. Government organizations including ANRF, DRDO, and CSIR, as well as award sponsors Wiley, RSC, and ACS India, played a pivotal role in recognizing excellence in poster presentations and research contributions.

Key Contributors and Collaborators

The conference featured contributions from leading researchers and institutions, including:

*ICT, Mumbai and Marathwada Campus, Jalna: Shashank Mhaske, Sebastian C Peter, Vivek Polshettiwar, Indrajit Ghosh.

*Jagadeesh Rajenahally, Jayaram Kolleboyina, Rajnish Kumar (Wiley)

*American Chemical Society (Catalysis & Chemistry): Manoj Gawande, Hanumant Kale, Dinesh Sawant, Dinesh Chaudhari, Arun Kute, Sharad Lande.

*Nanoscience and Nanotechnology Team: Rohini Kitture, Suresh Jain, Atul Wankhade, Komal Tripathi, Venkata Krishnan, Gianvito Vilé, Subhabrata Mukhopadhyay, Ajay Jha, Aparna Ganguly.

The collective effort and expertise highlighted the latest advances in nanomaterials research and promoted sustainable applications across industries.

Conclusion: A Landmark Event for Nanomaterials Research

NANO-SA-2026 successfully created a platform for knowledge exchange, innovation, and collaboration in nanomaterials science. With active participation from global experts, government agencies, and industry sponsors, the conference reinforced ICT Jalna’s position as a leading hub for nanotechnology research and sustainable applications.

Zschimmer & Schwarz, a global supplier of chemical specialties and performance auxiliaries, has signed a Joint Development Agreement (JDA) with deep-tech start-up Viridi to accelerate the scale-up and commercialization of CO₂-based sustainable surfactants. Through this strategic collaboration, the companies aim to advance next-generation surfactant technology that uses captured carbon dioxide as a renewable carbon feedstock—marking a significant step toward circular carbon solutions in chemical manufacturing.

Turning Captured CO₂ into High-Value Surfactants

At the core of the partnership is Viridi’s proprietary carbon dioxide utilization technology. The platform enables manufacturers to replace fossil-based raw materials with captured CO₂, transforming emissions into valuable chemical inputs.

Surfactants produced through this process can be used in a wide range of applications, including cleaning agents and industrial formulations. As a result, the technology supports both sustainability goals and performance requirements in modern product formulations.

Following extensive validation trials conducted by Zschimmer & Schwarz, the companies identified multiple promising use cases. Building on these results, they will now work to optimize production processes and accelerate market adoption.

Advancing Sustainability and Production Efficiency

By integrating Viridi’s CO₂-based technology, Zschimmer & Schwarz aims to enhance product sustainability while also improving manufacturing efficiency. Importantly, the initiative aligns with growing industry demand for biodegradable, low-carbon, and environmentally responsible chemical solutions. At a time when regulatory pressures and customer expectations are intensifying, this partnership creates new opportunities for both companies. It enables them to deliver scalable, climate-conscious alternatives to conventional surfactants.

The Collaboration

Dr. Daniel Stewart, CEO of Viridi, informed, “This agreement represents a major step forward in helping the chemical manufacturing industry—and ultimately society—recycle CO₂ and move toward defossilization. We are delighted to share this journey with Zschimmer & Schwarz, a company that demonstrates a truly pioneering mindset.”

Dr. Matthias Hofmann, Director of Global R&D at Zschimmer & Schwarz, emphasized, “Our partnership with Viridi, a highly innovative start-up, reinforces our commitment to delivering sustainable and biodegradable solutions for the future. Together, we are excited to explore opportunities for the next generation of surfactants.”

Driving the Next Generation of Sustainable Chemistry

As per the press release, the collaboration reflects a broader shift within the chemical industry—from fossil-based feedstocks to carbon circularity. By combining Viridi’s deep-tech CO₂ utilization platform with Zschimmer & Schwarz’s global expertise in specialty chemicals, the partners plan to work closely together. They aim to accelerate the transition toward low-carbon, high-performance surfactants for global markets.

Greenzo Energy India Limited and Lord’s Mark Industries Limited signed a Memorandum of Understanding (MoU) to jointly develop green hydrogen and renewable energy projects across Uttar Pradesh. The agreement marks a major step toward building large-scale green hydrogen infrastructure in the state and accelerating industrial decarbonisation.

60 MW Green Hydrogen Capacity Across Key Cities

Under the MoU, the two companies will collaborate to develop approximately 60 MW of green hydrogen production capacity. The projects will be implemented across strategic locations, including:

*Gorakhpur

*Aligarh

*Jhansi

*Lucknow

In addition to hydrogen production, the partnership will deploy integrated solar rooftop systems coupled with battery energy storage solutions. This integrated renewable energy model aims to enhance energy reliability while reducing carbon intensity.

Defined Roles to Ensure Efficient Execution

To ensure streamlined project delivery, both companies have clearly defined responsibilities. Greenzo Energy will serve as the technology and EPC partner. It will handle engineering, procurement, construction, and commissioning of the projects. Lord’s Mark Industries will act as the project developer and investor, overseeing financing, regulatory approvals, commercial structuring, and overall project development. By combining Greenzo’s indigenous hydrogen technology expertise with Lord’s Mark’s project development capabilities, the partnership aims to accelerate project implementation. It also seeks to ensure long-term commercial viability.

Strengthening Uttar Pradesh’s Renewable Energy Roadmap

The collaboration builds on Lord’s Mark Industries’ earlier MoU with the Government of Uttar Pradesh, which involves an estimated investment of over ₹2,000 crore in renewable energy development. Together, these initiatives reinforce Uttar Pradesh’s ambition to emerge as a clean energy investment hub. At the same time, they align with India’s broader green hydrogen mission and national decarbonisation goals.

Leadership Perspective on the Strategic Alliance

Sandeep Agarwal, Managing Director, Greenzo Energy India Limited, stated, “This collaboration represents an important step in accelerating the deployment of green hydrogen infrastructure at scale. By combining our indigenous hydrogen technology and EPC expertise with Lord’s Mark’s strong project development capabilities, we aim to support Uttar Pradesh’s renewable energy vision and contribute meaningfully to India’s clean energy and decarbonisation objectives.”

Sachidanand Upadhyay, Managing Director, Lord’s Mark Industries Limited, added, “Our partnership with Greenzo Energy brings together strong development expertise and proven hydrogen technology capabilities. This collaboration aligns with Uttar Pradesh’s renewable energy roadmap and will help execute large-scale, sustainable green hydrogen projects delivering long-term economic and environmental benefits.”

A Five-Year Framework for Future Opportunities

The MoU remains valid for five years and establishes a structured framework for joint participation in upcoming green hydrogen and renewable energy opportunities across the state. As per the press release, the strategic alliance strengthens Greenzo Energy’s growing role in delivering scalable, indigenous, and commercially viable hydrogen solutions in India. Simultaneously, it enhances Uttar Pradesh’s position as an emerging leader in green hydrogen and clean energy investments.

Transport Corporation of India Limited (TCI), one of India’s leading integrated logistics and supply chain solutions providers, announced a strategic collaboration with FLYING WHALES and its operational subsidiary, FLYING WHALES SERVICES. The partnership aims to explore next-generation logistics solutions in India using the LCA60T rigid cargo airship—an innovative heavy-lift aircraft designed to transform the transportation of bulky and mission-critical cargo.

Introducing the LCA60T: A 60-Ton Rigid Cargo Airship

At the center of this collaboration is the LCA60T aeronautical program, developed by FLYING WHALES. The LCA60T is a rigid cargo airship capable of carrying payloads of up to 60 tons. In addition, the LCA60T is designed to support low-carbon logistics by significantly reducing emissions compared to conventional heavy transport modes.

Enabling Decarbonized and Mission-Critical Logistics

Through this collaboration, TCI and FLYING WHALES will assess how the LCA60T can:

*Decarbonize the transportation of heavy and bulky goods

*Support high-value and mission-critical industrial programs

*Develop new logistics corridors in underserved regions

*Enhance infrastructure and supply chain efficiency across India

The partnership aligns with India’s growing focus on sustainable infrastructure and green logistics solutions.

Leadership Endorsement and Strategic Intent

The Memorandum of Understanding (MoU) was signed in the presence of Vineet Agarwal, Managing Director, and Rajkiran Kanagala, Chief Business Officer, Transport Corporation of India, along with Sébastien Bougon, President of FLYING WHALES and President of FLYING WHALES SERVICES. FLYING WHALES, a French-Canadian company, is developing the LCA60T program through advanced engineering innovation and an industrial consortium. The company aims to redefine heavy cargo transport through safe, sustainable, and infrastructure-light aviation solutions.

Strengthening India’s Integrated Logistics Ecosystem

TCI operates one of India’s most extensive multimodal logistics networks, spanning road, rail, coastal shipping, air freight, and warehousing. The company manages approximately 2% of India’s GDP (by cargo value) annually, serving diverse industries across the country. By combining TCI’s nationwide supply chain expertise with FLYING WHALES’ cutting-edge airship technology, the collaboration seeks to create an integrated, future-ready logistics ecosystem. As per the press release, the strategic alliance positions both companies to accelerate innovation in heavy-lift transport, unlock new market opportunities, and contribute to India’s sustainable infrastructure development goals.

The India–AI Impact Summit 2026, announced at the France AI Action Summit, will take place on February 19–20 in New Delhi. Notably, it will be the first-ever global artificial intelligence (AI) summit hosted in the Global South—marking a historic moment in international AI governance. By hosting the summit, India aims to shape the next phase of global AI cooperation and ensure that emerging technologies deliver inclusive and equitable benefits worldwide.

Building on Global AI Forums

The Summit builds on the momentum generated by major international platforms, including the UK AI Safety Summit, the AI Seoul Summit, the France AI Action Summit, and the Global AI Summit on Africa. However, unlike previous gatherings that largely focused on high-level declarations, the India–AI Impact Summit 2026 aims to move from policy discussions to actionable outcomes. Specifically, it seeks to:

*Strengthen multilateral AI cooperation

*Introduce new priority areas and deliverables

*Establish practical cooperative frameworks

*Demonstrate measurable impact

As a result, the Summit is positioned as a critical inflection point in the evolution of global AI governance.

Advancing Inclusive and People-Centric AI

At its core, the Summit promotes a vision in which AI serves humanity and supports sustainable development. It emphasizes:

*Inclusive economic growth

*Social progress and equity

*People-centric innovation

*Environmental protection

The event aims to amplify the voice of the Global South in shaping global AI standards and policies. By doing so, it seeks to prevent technological benefits from concentrating in a few advanced economies and instead ensure broad-based access to AI-driven opportunities.

Addressing the Risks of Rapid AI Expansion

While AI offers transformative potential, its rapid deployment also raises urgent concerns. For instance, AI systems are reshaping labor markets, disrupting traditional employment models, and potentially exacerbating algorithmic bias. Additionally, large-scale AI infrastructure significantly increases energy consumption, raising sustainability challenges. Therefore, the India–AI Impact Summit 2026 underscores the need to move beyond aspirational frameworks. It calls for concrete, measurable solutions that address both the promise and the perils of artificial intelligence.

A Turning Point in Global AI Cooperation

As per the press release, the Summit represents more than a diplomatic gathering—it signals a shift toward impact-driven AI governance. By hosting the first global AI summit in the Global South, India aims to foster balanced global collaboration, accelerate responsible AI innovation, and ensure that the technology’s transformative power benefits societies worldwide.

European electrolyser manufacturer Elcogen has signed a memorandum of understanding (MoU) with JNK India to explore solid oxide technology opportunities across high-impact industrial applications. Through the collaboration, the two companies will evaluate both technical and commercial pathways for integrating Elcogen’s proprietary solid oxide stacks and multi-stack modules into systems that recover and utilize industrial waste heat. The partnership marks Elcogen’s first agreement with an Indian engineering, procurement, and construction (EPC) player and signals its strategic expansion into South Asia.

Targeting Hard-to-Abate Sectors and Power-to-X

Initially, the partners will focus on applications in hard-to-abate sectors, including:

*Green ammonia

*Green urea

*E-fuels

*Power-to-X projects

*Other global decarbonisation initiatives

In addition, they will assess hybrid system concepts that combine alkaline and solid oxide technologies. By integrating complementary electrolysis solutions, the companies aim to enhance efficiency and potentially reduce the cost of green hydrogen production. The approach aligns with growing global demand for low-carbon fuels and scalable hydrogen solutions.

Leveraging Waste Heat for Higher Efficiency

India’s industrial sector accounts for approximately 42% of the country’s total energy consumption. However, nearly one-third of that energy is lost as waste heat, negatively affecting efficiency and emissions performance. Experts estimate that recoverable waste heat potential could reach up to 250 TWh annually. By deploying solid oxide technology—which operates at high temperatures and can effectively integrate waste heat—the collaboration aims to unlock this underutilized energy resource. As a result, industries can improve overall efficiency while lowering carbon intensity.

Energy Transition

Dipak Bharuka, Whole Time Director and CEO of JNK India, highlighted, “The global energy industry is undergoing rapid transformation, driven by renewable energy growth, decarbonisation initiatives, and digital technologies. Green hydrogen and low-carbon fuels are shaping the design and execution of future energy projects. Our collaboration with Elcogen is a strategic step toward strengthening the green energy ecosystem and supporting our customers in achieving their energy transition goals.” Enn Õunpuu, CEO and Founder of Elcogen, emphasized, “India’s energy sector is moving quickly. Partnerships like this allow us to better understand local needs while sharing our experience in solid oxide technology.”

Strengthening the Green Hydrogen Ecosystem

As reported by gasworld.com, overall, the partnership between Elcogen and JNK India reflects a broader shift toward integrated, high-efficiency clean energy systems. By combining advanced solid oxide technology with India’s engineering and industrial capabilities, the companies aim to accelerate green hydrogen adoption, improve waste heat utilization, and drive cost-effective decarbonisation across key industrial sectors.

Sudarshan Chemical Industries Limited (SCIL), a global pigment and colour solutions provider, has announced the launch of a new Global Capability Center (GCC) in partnership with Genpact. The initiative forms a central pillar of Sudarshan’s evolving global operating model and reflects its focus on operational excellence, governance, and scalable growth. By establishing the GCC, Sudarshan aims to consolidate critical enterprise capabilities, strengthen execution discipline, and enhance support for its expanding international operations.

Pune-Based GCC to Centralize Global Operations

The Global Capability Center integrates previously distributed enterprise functions into a single, coordinated hub.

As a result, the company expects to:

*Improve cross-geography coordination

*Strengthen governance and decision-making processes

*Enhance consistency in execution

*Better support global customer commitments

The GCC is designed to evolve with the company’s growth strategy. It will embed standardized processes, stronger controls, and scalable digital frameworks to drive long-term efficiency and resilience.

Driving Operational Excellence and Continuous Improvement

Rajesh Rathi, Global Chairman and Managing Director of Sudarshan Chemical, emphasized, “As we scale globally, operational excellence becomes a critical differentiator. Our GCC in Pune represents a strategic investment in strengthening process efficiency and execution discipline across the organization. In partnership with Genpact, this center will help us deliver faster, smarter, and more consistently for our customers, while reinforcing a culture of continuous improvement and customer excellence.” Through the GCC, Sudarshan will support its global operations beyond India, enabling tighter functional alignment while preparing the organization for future automation and digital transformation initiatives.

Leveraging Domain Expertise and AI-Driven Capabilities

Genpact will play a key role in consolidating, operating, and continuously improving critical enterprise processes within the GCC framework.

Diwakar Singhal, Global Business Leader for Manufacturing at Genpact, noted, “The launch of Sudarshan’s Global Capability Center marks an important step in our shared journey and reflects our long-term partnership. By combining Genpact’s deep chemical manufacturing expertise, process intelligence, and domain-led AI and agentic capabilities, we are helping Sudarshan strengthen governance, improve execution, and build an operating model that can adapt and scale globally.” By integrating domain expertise with advanced technology solutions, the GCC aims to enhance process visibility and enable smarter decision-making. It also seeks to build a future-ready operating backbone.

Supporting Global Expansion Strategy

The establishment of the GCC builds on Sudarshan’s recent global expansion efforts, including the acquisition of the Heubach Group in 2025. That acquisition significantly expanded Sudarshan’s international footprint and strengthened its global customer reach. Together, the acquisition and the new GCC reinforce Sudarshan’s ambition to operate as a truly global pigment leader. By aligning operational infrastructure with its strategic growth plans, the company is strengthening its foundation. This positions it for sustainable and scalable expansion in the global pigments and color solutions market.

As per the press release, through this strategic partnership and infrastructure investment, Sudarshan Chemical is strengthening governance and operational efficiency. The company is also laying the foundation for a digitally enabled, globally integrated enterprise model.

Intrinsic Foundries, a carbon-to-value biomanufacturing platform transforming industrial carbon emissions into premium biochemicals, has raised ₹12 crore (~$1.4 million) in Seed funding led by Transition VC. The fresh capital will enable the company to execute industrial pilots, expand research initiatives, and strengthen its intellectual property portfolio. In addition, Intrinsic plans to scale its engineering and commercial teams, enhance manufacturing capabilities, and establish its U.S. entity to accelerate global market development.

Redefining Carbon Capture Economics

Traditionally, carbon capture has treated emissions as waste destined for underground storage—often costing tens of millions of dollars with little or no economic return. Intrinsic Foundries challenges this model. Instead of burying emissions, the company converts captured carbon into high-value biochemicals using nature’s most efficient biological systems. These biochemicals serve critical industries, including food, pharmaceuticals, nutraceuticals, cosmetics, agriculture, and advanced materials. As a result, emissions become valuable product inputs, creating new revenue streams for heavy industries.

A Factory 4.0-Enabled Carbon Biorefinery Platform

At the core of Intrinsic’s innovation is its proprietary carbon biorefinery platform. The system integrates:

*Advanced photobioreactor cultivation technology

*Microalgae-based carbon capture systems

*Factory 4.0 automation for industrial scalability

Currently, the company’s primary focus is on microalgae-based biorefineries designed to capture industrial carbon emissions efficiently. Simultaneously, it is developing additional microbial biorefineries, including yeast-based systems. Intrinsic successfully completed a Proof of Concept at a thermal power plant last year. The pilot demonstrated extended continuous carbon capture with strong operational reliability—validating both the technology and its industrial viability.

Building a Circular Carbon Economy

Shreyansh Jain, Founder of Intrinsic Foundries, emphasized, “Carbon is not waste. It is a resource waiting to be transformed. The economics of carbon capture have been broken for decades because the industry has been trying to bury the problem underground. At Intrinsic, we use nature-based biological systems to convert industrial emissions into ingredients used in supplements, food, and skincare. This funding accelerates our mission to build a circular carbon economy where heavy industries become suppliers to the health and wellness sector.”

He further highlighted the importance of decarbonizing hard-to-abate sectors such as steel, cement, refineries, and chemicals. While Carbon Capture, Utilisation, and Storage (CCUS) remains one of the few viable pathways for these industries, adoption has been constrained by high capex and weak unit economics.

Transition VC on the Investment Thesis

Shantanu Chaturvedi, Partner at Transition VC, noted that India’s commitment of ₹20,000 crore (~$2.4 billion) over five years toward scaling CCUS will accelerate adoption. “In the context of CCUS, adoption is constrained by unfavourable unit economics and higher capital expenditure costs. Intrinsic Foundries captures CO₂ using microalgae and converts it into high-value biochemicals for pharmaceutical, nutraceutical, and cosmetic industries. By utilising captured carbon, the platform generates revenue-positive outcomes. We believe Intrinsic is well-positioned to capture a significant share of this emerging market,” Chaturvedi mentioned.

Gaurav Patil, VP of Investments at Transition VC, highlighted, “For centuries, humanity has harnessed biological systems through fermentation and agriculture. However, scaling them for industrial use has been constrained by slow kinetics and environmental sensitivities. Intrinsic addresses these challenges through industrial-grade strain development and modular reactor architecture, enabling reliable and large-scale deployment.”

Growing Industrial Partnerships and Market Validation

Intrinsic Foundries is already advancing commercial engagements across multiple sectors, including:

*Cement

*Steel

*Pharmaceuticals

*Nutraceuticals

*Food systems

These partnerships validate both the technological feasibility and the growing market demand for revenue-positive carbon utilisation at industrial scale.

Roadmap: From Pilots to Commercial Scale

Over the next 12 to 24 months, Intrinsic plans to:

*Commission multiple industrial pilots

*Operationalize its first one-ton-per-day commercial plant

*Expand its patent portfolio

*Generate cumulative revenues from pilot projects and biochemical sales

Strengthen international market access

As per the press release, looking ahead, the company aims to position carbon-to-value biomanufacturing infrastructure as a foundational layer of global industrial decarbonisation. By doing so, Intrinsic seeks to demonstrate that emissions can power sustainable supply chains—while delivering measurable economic returns.

Yokogawa Electric Corporation entered into a global agency agreement with US-based CMC Solutions to expand the international availability of CMC’s Predictive Emission Monitoring Systems (PEMS). Under the agreement, Yokogawa will leverage its extensive global service network to market, deploy, and provide lifecycle support for CMC’s PEMS software outside the United States. As a result, the company strengthens its emission monitoring portfolio while enabling industrial customers to meet tightening environmental regulations more efficiently.

Addressing Rising Regulatory and Reporting Demands

Across industries, environmental regulations are becoming more stringent. At the same time, regulators and stakeholders increasingly expect transparent, data-driven emissions reporting. PEMS technology addresses these evolving demands. Instead of relying solely on hardware analyzers, PEMS use process parameters from Distributed Control Systems (DCS)—commonly used to operate plants—and apply advanced algorithms and statistical equations to predict emission levels accurately. Consequently, plants can implement monitoring systems more quickly and cost-effectively.

Advanced Statistical Modelling for Accurate Emissions Prediction

CMC’s PEMS platform uses a proprietary statistical engine to create highly accurate emission models for:

*Gas-fired turbines

*Liquid-fired turbines

*Boilers

Other industrial combustion equipment

The software automatically generates electronic emissions reports in formats accepted by regulatory authorities, including the U.S. Environmental Protection Agency (EPA). The systems serve industries such as chemicals, petrochemicals, oil & gas, and power generation, where they have demonstrated strong performance, reliability, and operational flexibility.

Expanding Yokogawa’s Emission Monitoring Portfolio

Yokogawa brings decades of experience in hardware-based Continuous Emission Monitoring Systems (CEMS). With this new partnership, the company will now provide end-to-end services for CMC’s PEMS solutions, including:

*System installation

*Routine accuracy audits

*Revalidation after process changes

Support for both new and existing installations

Furthermore, Yokogawa will offer PEMS to its existing CEMS customer base through a hybrid monitoring model. This approach enables seamless integration between hardware-based monitoring systems and predictive software solutions, ensuring reliable emissions tracking through complementary technologies.

Strategic Partnership

Brian Swanson, President of CMC Solutions, emphasized, “This partnership is unique because of our aligned vision to help customers monitor and minimize pollutant emissions efficiently. CMC’s PEMS technology offers a proven, low total cost of ownership. Our statistical hybrid predictive engine interfaces directly with Yokogawa’s DCS, enabling their global service teams to deploy highly cost-effective monitoring solutions across industries worldwide.”

Yasumasa Ogawa, Vice President and Executive Officer and Head of Yokogawa’s Projects and Services Business Division, added, “We are excited to bring this industry-leading PEMS technology to customers around the world. This agreement reflects our shared commitment to innovation and sustainability in emission monitoring, contributing to a cleaner and more sustainable industrial future.”

Enabling Smarter, Sustainable Industrial Operations

By combining Yokogawa’s global service infrastructure and CEMS expertise with CMC’s advanced predictive analytics platform, the partnership positions both companies to support industries navigating complex environmental compliance requirements. As per the press release, the collaboration delivers a scalable, data-driven, and cost-effective approach to emission monitoring. It helps industrial operators enhance compliance, reduce environmental impact, and drive sustainable performance worldwide.

The eight edition of SulGas®, organized by Three Ten Initiative Technologies LLP, was held on 5–6 February 2026 at the Holiday Inn Mumbai. Over two focused days, the conference brought together leading stakeholders from the sulphur recovery and gas treating ecosystem, further reinforcing SulGas® as a premier knowledge platform in Asia.

Right from the outset, the event witnessed strong engagement from public-sector oil companies, private refiners, licensors, EPC firms, solvent and column equipment manufacturers, and control and instrumentation specialists. As in previous editions, SulGas® 2026 was guided by sector experts and received extensive support from Indian and international media houses.

Strong Industry Backing and Global Sponsorship

SulGas® 2026 attracted robust sponsorship and industry backing, underlining its growing global relevance.

Title Sponsor: AMETEK Process Instruments

Platinum Plus Sponsor: KVT Technology

Platinum Sponsors: Aecometric Corporation, Dow, Fluor, Industrial Ceramics Ltd., Jord International, PnP Industries India Pvt. Ltd., SGS Sulphur Experts, Thermal Systems (Hyd) Pvt. Ltd., WIKA, and Worley

Diamond Sponsors: Refractory Shapes, Paqell B.V., Utility Mavens

Exhibitor: Optimized Gas Treating

Official Publication: Sulphur Magazine

Media partners including Chemical Industry Digest, PTQ / Digital Refining, and World Oil amplified the event’s global reach. Consequently, SulGas® continues to strengthen its position as an essential forum for sulphur recovery and gas treating professionals worldwide.

Broad Participation from Refiners and Gas Majors

This year, SulGas® welcomed over 155 delegates representing more than 68 companies across sulphur handling and gas processing domains.

Notably, key end-users such as Bharat Petroleum Corporation Limited (BPCL), Chennai Petroleum Corporation Limited (CPCL), GAIL, HPCL-Mittal Energy Limited (HMEL), Hindustan Petroleum Corporation Limited (HPCL), Indian Oil Corporation Limited (IOCL), Mangalore Refinery and Petrochemicals Limited (MRPL), Nayara Energy, and Reliance Industries Limited (RIL) participated actively.

Their presence created a strong interface between operations teams, plant engineers, technology licensors, and solution providers. As a result, discussions moved beyond theory to practical, plant-level problem solving.

Comprehensive Technical Agenda

The two-day conference featured 10 focused technical sessions, covering:

*Amine Unit Performance & Energy Optimization

*Liquid Treating

*Gas Dehydration

*SRU Controls & Upset Management

*SRU Oxygen Enrichment

*Innovations in Carbon Capture

*SRU Thermal Integrity & Safety

*Sulfuric Acid Technologies

*SRU Modelling

*Tail Gas & Degassing

In total, 26 expert speakers delivered highly interactive presentations. Moreover, each session concluded with detailed panel discussions, encouraging meaningful dialogue between speakers and delegates. A dedicated exhibition area, accessible throughout the event, further facilitated technical exchanges and vendor interactions.

As per the press release, SulGas® retained one of its most distinctive features — the open house session. This interactive forum allowed delegates to freely discuss plant challenges, raise follow-up technical questions, and share operational experiences without restrictions. Such candid exchanges continue to differentiate 310i’s knowledge platforms from conventional conferences.