India’s industrial gases landscape is closely linked with the country’s expanding manufacturing, steel, chemicals, refining, healthcare, food processing, and clean-energy sectors. Oxygen, nitrogen, hydrogen, argon, carbon dioxide, and specialty gases support a wide range of industrial processes, from metal cutting and chemical synthesis to medical care and packaged food preservation. As India’s production base grows, reliable gas supply is becoming an important infrastructure requirement.

According to MarkNtel Advisors, the India Industrial Gases Market was valued at around USD 1.48 billion in 2025 and is projected to reach USD 2.19 billion by 2032, growing at nearly 5.76% CAGR during 2026–2032. The oxygen gas held the largest share as steel, refining, healthcare, chemicals, and energy transition applications continued to generate steady demand.

Steel and Manufacturing Are Major Demand Centers

Oxygen demand is strongly connected with India’s steel sector, where gases are used in furnaces, cutting, welding, and process efficiency improvement. As infrastructure, construction, automotive, railways, and industrial machinery production expand, steel output and metal fabrication activities create continuous demand for oxygen, argon, nitrogen, and other process gases.

The Ministry of Steel provides the policy and institutional context for India’s steel sector, which remains central to industrial development. Industrial gas suppliers benefit from this base because steel plants typically require large-volume, reliable, and often onsite gas production systems to support uninterrupted operations and process optimization.

Chemicals and Refining Require High-Purity Supply

Industrial gases are also essential across chemicals and refining. Hydrogen is used in refining and hydrogenation, nitrogen supports blanketing and inerting, and oxygen can improve combustion efficiency and chemical processing. These applications require dependable purity levels, safe handling, and stable supply models because production interruptions can affect plant output and product quality.

The Department of Chemicals and Petrochemicals is relevant because India’s chemical and petrochemical expansion continues to influence demand for industrial inputs and process technologies. As downstream chemical clusters grow, industrial gases are likely to remain important for synthesis, oxidation, safety control, and specialized manufacturing environments.

Healthcare and Medical Oxygen Add Essential Demand

Medical oxygen is one of the most socially critical industrial gas applications. Hospitals, emergency care units, surgical facilities, and respiratory treatment centers depend on reliable oxygen availability. The pandemic period highlighted how oxygen supply chains are not only industrial assets but also public health infrastructure requiring storage, distribution, quality control, and emergency readiness.

The World Health Organization’s oxygen resources emphasize the role of oxygen systems in healthcare delivery. In India, this makes medical oxygen an important part of both the healthcare supply chain and the wider industrial gases ecosystem, especially as hospital infrastructure expands beyond major cities.

Clean Hydrogen Is Creating New Opportunities

India’s energy transition is adding a new layer to industrial gas demand. Green hydrogen projects, refinery decarbonization plans, ammonia production, and renewable-energy-linked fuel development can increase requirements for hydrogen, oxygen, nitrogen, and related gas infrastructure. Electrolyzer-based hydrogen production also creates oxygen as a by-product, connecting industrial gases with emerging clean-energy systems.

The National Green Hydrogen Mission aims to support hydrogen production, electrolyzer manufacturing, and demand creation across key sectors. This policy direction is relevant for industrial gas suppliers because hydrogen ecosystems require compression, storage, purification, safety systems, and integrated gas handling expertise.

Modular ASUs and Logistics Will Shape Supply

The MarkNtel study identifies the inclination toward standard and modular air separation units as a key trend. Modular ASUs can support faster deployment, localized production, and reliable supply for industrial clusters. This is especially useful in a geographically large country where long-distance cryogenic logistics can be expensive and operationally complex.

The Petroleum and Explosives Safety Organisation plays an important role in safety oversight for pressure vessels, compressed gases, and hazardous materials. As cylinder distribution, bulk liquid transport, onsite generation, and cryogenic storage expand, safety compliance will remain central to operational credibility and risk management.

Outlook for India’s Industrial Gases Ecosystem

India’s industrial gases sector is expected to grow steadily as manufacturing, steel, chemicals, refining, healthcare, food processing, and hydrogen-linked applications expand. The projected rise from USD 1.48 billion in 2025 to USD 2.19 billion by 2032 suggests that demand will be supported by both traditional industrial users and emerging clean-energy applications.

The next phase will depend on supply reliability, onsite generation, safety standards, purity control, and cost-efficient logistics. Industrial gases may not always be visible in final products, but they are essential to how India manufactures, treats, processes, preserves, and transitions toward cleaner industrial systems.