India Industrial Gases Market Outlook
India’s industrial gases market is set to grow from USD 3.06 billion in 2024 to USD 4.04 billion by 2030, at a 4.92% CAGR. See what’s driving demand — healthcare expansion, clean‑energy projects, and hydrogen’s rapid rise.
According to TechSci Research report, the India Industrial Gases Market will increase from USD 3.06 billion in 2024 to USD 4.04 billion by 2030, growing at a 4.92% CAGR over 2025–2030. That’s a solid, structural uplift driven by industrial expansion, healthcare build‑out, and emerging clean‑energy applications rather than one‑off spikes.
The bigger story is not just the total market value, but how quickly certain segments are accelerating: hydrogen has become the fastest‑growing gas, while West India has consolidated its position as the largest regional market, thanks to dense industrial clusters and new green‑hydrogen investments.
Market size: USD 3.06 Billion (2024) → USD 4.04 Billion (2030)
Growth rate: 4.92% CAGR (2025–2030)
Fastest‑growing product segment: Hydrogen
Dominant region: West India (Gujarat, Maharashtra)
Core gases: oxygen, nitrogen, carbon dioxide, argon, hydrogen
Major end‑use sectors: steel, cement, petrochemicals, automotive, healthcare, food & beverage, chemicals, clean energy
Yes — healthcare is one of the strongest structural drivers. Rising incomes, higher healthcare spending and government schemes are expanding hospitals, clinics and diagnostic centres across urban and rural India.
Medical gases such as oxygen, medical air, nitrogen and carbon dioxide are critical for ICU care, surgery, imaging and minimally invasive procedures. Post‑COVID, healthcare systems have invested more in gas pipelines, backup storage and high‑flow oxygen capabilities. As public healthcare spending increases and private healthcare continues to grow, gas demand from this segment is set to remain on an upward trajectory.
Increasingly. Hydrogen is now central to India’s clean‑energy vision under the National Green Hydrogen Mission. Incentives for electrolyser manufacturing and green hydrogen production are pushing rapid growth in hydrogen projects across refining, fertilisers, steel and mobility.
At the same time, carbon capture and storage (CCS) pilots, green ammonia and renewable manufacturing (solar, batteries) are boosting demand for gases like nitrogen and high‑purity CO₂. As these technologies move from pilot to scale, industrial gas suppliers gain new revenue streams beyond traditional metallurgy and healthcare.
Companies are moving toward circular‑economy models, focusing on:
Capturing and reusing CO₂ from industrial sources.
Recycling gases like argon in solar and electronics manufacturing.
Implementing closed‑loop systems to minimise waste and emissions.
These practices reduce environmental impact and improve resource efficiency, aligning industrial gas operations with corporate ESG goals and evolving regulations.
Digitalisation is transforming operations through:
IoT‑enabled monitoring of tank levels, pressures and purity.
Remote control and diagnostics for air separation units.
Predictive maintenance and smarter route planning for deliveries.
This improves reliability, reduces downtime and enhances safety, especially in mission‑critical sectors such as healthcare and large industrial complexes.
Hydrogen’s growth reflects both traditional and new uses:
Conventional demand in refining and fertilisers for hydrotreating and ammonia production.
Emerging demand in clean‑energy applications such as fuel cells, green ammonia, and hydrogen‑based steel and mobility projects.
Policy support, including production incentives and electrolyser capacity build‑out, is accelerating hydrogen’s share of the gas mix. Partnerships between technology providers, EPC firms and energy companies are pushing hydrogen from concept to real projects, making it the standout growth segment within industrial gases.
Industrial gases are mainly supplied via:
Bulk deliveries (tankers, pipelines) to high‑volume users like steel mills, refineries, cement plants and large chemical complexes.
Cylinders, which serve smaller factories, workshops, hospitals and labs needing flexible, smaller‑scale supply.
This dual model allows suppliers to efficiently cover both heavy industry and distributed institutional demand. New investments in lighter composite cylinders and larger, more efficient air separation units reflect strong growth in both bulk and cylinder distribution.
West India dominates due to:
Major industrial centres in Gujarat and Maharashtra (steel, petrochemicals, automotive, chemicals, pharmaceuticals).
Well‑developed ports and logistics (Mumbai, Kandla, Mundra) that facilitate import of equipment and export of gas‑based products.
Significant investments in new air separation units and green hydrogen projects that raise local gas demand and capacity.
This combination of industrial diversity, infrastructure and policy support positions West India as the strongest regional market for industrial gases.
Which Companies Lead India’s Industrial Gases Supply?
Linde plc | Taiyo Nippon Sanso India Pvt Ltd. | INOX Air Products Private Limited | Bhuruka Gases Limited | Bombay Oxygen Investments Ltd. | Ellenbarrie Industrial Gases Ltd. | Air Liquide India | Goyal MG Gases Pvt. Ltd. | SICGIL India Limited
These companies operate air separation units and gas plants, supply bulk and cylinder gases, and provide technical services across steel, chemicals, healthcare, food and clean‑energy markets.
What Strategies Are These Players Using to Grow?
Expanding production capacity in key industrial corridors.
Signing long‑term supply contracts with steel plants, refineries and large manufacturers.
Investing in green hydrogen, CO₂ recovery and gas‑recycling technologies.
Using digital tools to optimise logistics, safety and customer servicing.
Recent projects such as new ASUs for steel plants, green hydrogen pilots, and high‑purity nitrogen facilities for solar manufacturing illustrate how these strategies are being executed on the ground.
A steel plant in Gujarat using large volumes of oxygen and argon for basic oxygen furnaces, continuous casting and high‑precision welding.
A multi‑speciality hospital in Maharashtra running central medical gas pipelines for oxygen and medical air, with backup cylinders and cryogenic tanks to ensure uninterrupted care.
A solar module manufacturer in West India using high‑purity nitrogen for controlled atmospheres in wafer and cell production, supported by on‑site gas generation.
A green hydrogen pilot facility combining renewable energy, electrolysers and hydrogen storage to supply clean fuel for industrial processes or mobility tests.
Key Challenges
Feedstock price volatility (natural gas, electricity) that impacts production costs and pricing.
Infrastructure gaps in newer industrial corridors, including storage, pipelines and logistics.
Regulatory complexity around safety, emissions and environmental permits for new facilities.
Key Opportunities
Growing demand for high‑purity and specialty gases in electronics, pharma and advanced manufacturing.
Expansion in hydrogen and CO₂ projects linked to India’s clean‑energy and climate targets.
Rising need for digital and service‑led offerings (monitoring, predictive maintenance, optimisation) alongside physical gas supply.
Quantified market sizing from 2024 through the 2030 forecast horizon.
Segment‑level analysis highlighting hydrogen as the fastest‑growing gas.
Regional breakdown confirming West India’s market leadership.
Insight into healthcare‑driven demand for medical gases.
Detailed view of clean‑energy and hydrogen trends affecting gas consumption.
Assessment of price volatility and infrastructure constraints impacting suppliers.
Coverage of circular‑economy and digitalisation trends in gas operations.
Profiles of key players across bulk and cylinder supply, industrial and medical segments.
Forward‑looking scenarios for investment, capacity planning and technology adoption.
A consolidated reference for strategy, competitive benchmarking and policy analysis, instead of fragmented industry news.
Q: How big is India’s industrial gases market expected to be by 2030?
A: The market is projected to grow from USD 3.06 Billion in 2024 to USD 4.04 Billion by 2030, at a CAGR of 4.92%.
Q: Which is the fastest‑growing gas segment in India?
A: Hydrogen is the fastest‑growing segment, driven by clean‑energy initiatives, refinery and fertiliser demand, and green‑hydrogen projects.
Q: Why does West India lead India’s industrial gases market?
A: West India leads because it hosts major industrial hubs, has strong ports and logistics, and attracts significant investment in steel, petrochemicals, green hydrogen and gas infrastructure.
Q: What is the biggest challenge for industrial gas suppliers in India?
A: The biggest challenge is managing feedstock and energy price volatility while dealing with infrastructure gaps and complex regulatory approvals for new facilities.