India’s oil market is poised for dynamic growth, with demand projected to rise by 1.2 million barrels per day, reaching 6.6 mb/d by 2030—a third of the global increase. This surge is powered by rapid industrialization, urban expansion, and rising energy needs. While domestic production faces structural challenges, India is taking bold strides with strategic investments in refining and cleaner energy initiatives, reinforcing its position as a central player on the global oil and gas stage.
Even as the world accelerates toward decarbonization and embraces renewable energy, oil and gas remain indispensable. The energy transition is not a story of replacement, but one of integration and innovation—where conventional energy collaborates with new-age solutions. In this evolving landscape, chemistry and specialty chemicals emerge as powerful enablers of smarter, more sustainable practices across upstream, midstream, and downstream sectors.
From drilling fluids and cementing agents to scale inhibitors, corrosion preventers, and flow improvers, the application of oilfield chemicals spans the entire lifecycle of hydrocarbon production. Their use is tailored to specific operational challenges and geologies, enhancing both productivity and environmental compliance. On the refining side, chemical innovations are streamlining processes, reducing waste, and improving the quality of value-added products.
The modern oil industry is no longer defined merely by evacuation; it is increasingly about transformation, efficiency, and sustainability. As low-carbon technologies and cleaner fuels scale, the imperative for continuous innovation grows stronger. From enhancing hydrocarbon recovery to enabling more efficient refining and emission reductions, chemicals are at the heart of every critical process. They play a vital role in maximizing outputs from both green fields and mature reservoirs, underpinning everything from drilling and stimulation to enhanced oil recovery (EOR) and well abandonment.
Within downstream operations, chemical applications extend to refining, separation, and the development of value-added products. Many of these are supported by breakthroughs in catalysis, which not only improves product yield but also reduces the energy intensity of refining processes. Catalysis continues to open new doors, offering cleaner reaction pathways and improving the overall efficiency of oil-to-product conversion. Equally important is the role of chemical analysis—particularly in understanding the complex interactions between crude oil and water. Such detailed characterization is critical for optimizing performance and will be a key theme at this year’s conference.
Water management stands out as both a challenge and an opportunity. In brownfields, water volumes often exceed oil output, with 5 to 10 barrels of water are injected for every barrel of oil recovered. Simultaneously, refineries rely heavily on water for numerous processes, generating substantial process water and effluent. Managing this requires a robust understanding of water chemistry and innovative chemical treatments. As many refineries push towardsZero Liquid Discharge (ZLD) goals, advanced water treatment technologies—driven by cutting-edge chemistry—are becoming indispensable. Today, water is no longer a by-product; it is a strategic resource, and it is chemistry that transforms it into one.
Meanwhile, India’s leadership in the Global Biofuels Alliance signals a firm commitment to energy innovation. By 2030, the country aims for a 20% ethanol blend in petrol and a 5% biodiesel blend in diesel, enabled by both first- and second-generation technologies. The production of Compressed Biogas (CBG) is also gaining momentum, offering new possibilities in clean mobility. These initiatives are deeply rooted in chemical and biochemical processes, and the technologies driving them—fermentation, enzymatic reactions, and bioconversion—are shaping the next frontier in energy science.
In addition to biofuels, innovations in green chemistry, bio-based feedstocks, and biodegradable plastics are transforming the landscape. Developments in low-carbon hydrogen production, especially in sectors like ammonia and methanol, are accelerating the shift to cleaner fuels. Complementing this are advances in carbon capture, utilization, and storage (CCUS)—all grounded in complex chemical engineering and material science. These evolving technologies are not only revolutionizing the energy mix but also contributing to net-zero and circular economy goals.
Specialty chemicals are high-value, performance-driven products that play a critical role across diverse industries. They are defined by their function and tailored to meet specific customer needs, often requiring advanced R&D and precise formulation. With growing demand for sustainable solutions and innovation-led applications, the specialty chemicals sector stands at the forefront of enabling cleaner technologies, improved product performance, and enhanced quality of life. This conference also aims to bring together industry leaders, researchers, and innovators to explore the evolving landscape of specialty chemicals, share cutting-edge developments, and forge collaborations for a smarter, greener future.
Against this exciting backdrop, we are delighted to welcome you to the 8th International Oil & Gas Chemistry, Chemicals and Additives Conference & Exhibition (IOGCA 2025). Scheduled for 18–19 September 2025, this landmark event continues to bring together global experts, innovators, and decision-makers across the energy and chemical industries. Building on the legacy of seven successful editions, IOGCA has grown into a premier platform for knowledge sharing, networking, and collaboration.
IOGCA 2025 will feature an exciting range of sessions exploring recent scientific breakthroughs, applied technologies, and field case studies. From laboratory research to real-world applications, the conference will highlight the latest advances in oilfield chemistry and process chemicals. Attendees can look forward to interactive discussions, hands-on knowledge exchange, and insightful vendor-buyer engagements. Whether you’re a researcher, chemist, engineer, technology developer, or industry stakeholder, IOGCA offers a unique opportunity to contribute to—and learn from—the forces shaping the future of oil, gas, and energy.
We invite you to join us as we explore how chemistry, chemicals, and innovation are redefining energy solutions for a sustainable tomorrow. Be a part of this vibrant dialogue at IOGCA 2025—where ideas ignite, technologies converge, and the future of energy begins.