Vietnam Industrial Gases Market: Growth Outlook to 2031
Explore the Vietnam Industrial Gases Market, including oxygen demand, high-purity gases, tonnage supply, hydrogen opportunities, and market outlook to 2031.
The Vietnam Industrial Gases Market is becoming a core enabler of Vietnam’s industrial expansion. Oxygen, nitrogen, argon, hydrogen, carbon dioxide, and specialty gases support steelmaking, fabrication, electronics, chemicals, refining, healthcare, food processing, and advanced manufacturing.
The market was valued at USD 260.38 million in 2025 and is projected to increase to USD 336.17 million by 2031. It is expected to grow at a CAGR of 4.35% during 2026–2031, supported by manufacturing investment, foreign direct investment, electronics production, semiconductor activity, industrial-zone development, and demand for reliable bulk-gas supply.
Industrial gases are gases produced, purified, compressed, liquefied, blended, or delivered for use in manufacturing, healthcare, energy, chemicals, metallurgy, electronics, and other commercial applications. They are supplied in cylinders, liquid bulk tanks, pipelines, or through on-site production plants.
The Vietnam Industrial Gases Market includes oxygen, nitrogen, argon, hydrogen, carbon dioxide, helium, acetylene, specialty gases, and high-purity gas mixtures. These gases are essential to welding, cutting, inerting, heat treatment, chemical processing, semiconductor fabrication, medical care, refrigeration, food packaging, refining, and laboratory operations.
Unlike many industrial inputs, gases often need continuous and dependable supply. A production interruption at a steel mill, electronics facility, hospital, or chemical plant can create immediate operational risk. As a result, suppliers increasingly compete on reliability, technical service, supply redundancy, and infrastructure—not only on price.
The Vietnam industrial gases market is forecast to grow from USD 260.38 million in 2025 to USD 336.17 million by 2031. The market is expected to expand at a CAGR of 4.35% during 2026–2031.
Key market highlights include:
Oxygen accounted for approximately 36% of market demand in 2025.
Tonnage distribution represented approximately 46% of the market in 2025.
Central Vietnam accounted for around 38% of market value in 2025.
Central Vietnam is expected to remain the fastest-growing regional market.
Manufacturing, electronics, semiconductors, chemicals, steel, and healthcare are major demand centers.
High-purity gases, hydrogen, pipeline supply, and on-site production systems are becoming increasingly important.
Foreign direct investment is strengthening Vietnam’s manufacturing base and increasing demand for industrial gases across fabrication, electronics, chemicals, automotive components, metalworking, and other industrial applications. New factories require reliable gas supply from the commissioning stage through full-scale operations.
FDI inflows → new industrial facilities → greater gas consumption → stronger demand for oxygen, nitrogen, argon, hydrogen, and specialty gases.
Large industrial customers often require more than cylinder deliveries. They may need bulk liquid-gas supply, on-site gas production, dedicated pipelines, emergency backup systems, and real-time consumption monitoring. This creates a strong opportunity for suppliers that can provide integrated gas-management services.
Vietnam’s expanding industrial base is increasing gas consumption in welding, metal cutting, combustion enhancement, heat treatment, inerting, fabrication, chemical processing, and industrial cleaning. Industrial gases are particularly important where manufacturers need precision, process control, safety, or contamination prevention.
Manufacturing growth → higher production volumes → expanded gas use → increased demand for industrial-gas infrastructure.
For example, a metal-fabrication facility may use oxygen for cutting, argon for shielding during welding, and nitrogen for laser cutting or inerting. A single industrial site can therefore require several gas types, different delivery modes, and dependable replenishment schedules.
Electronics and semiconductor production requires high-purity gases to create controlled manufacturing environments. Nitrogen, oxygen, hydrogen, argon, and specialty gas mixtures are used in wafer processing, electronics assembly, cleaning, purging, deposition, and contamination-sensitive operations.
Electronics investment → high-purity gas demand → precision delivery systems → higher-value industrial gas opportunity.
The value of this segment lies in product purity and service quality. Semiconductor customers may require strict gas specifications, advanced purification, secure delivery systems, contamination control, traceability, and rapid technical response.
Large gas users are increasingly moving from cylinder-based delivery toward on-site production, bulk liquid supply, and pipeline systems. These models can improve continuity of supply, lower handling needs, and support high-volume industrial operations.
On-site production → continuous gas availability → reduced cylinder handling → improved operating efficiency.
Tonnage supply is especially suitable for steel, chemicals, petrochemicals, refining, large-scale manufacturing, and industrial complexes. Dedicated supply systems can also integrate storage, monitoring, backup capacity, and scheduled replenishment.
Industrial-gas suppliers are increasingly using digital tools for ordering, cylinder tracking, tank-level monitoring, consumption analysis, documentation, and automated replenishment. These systems help customers manage inventory more efficiently and reduce the risk of unexpected shortages.
Digital monitoring → real-time gas visibility → better supply planning → lower operational disruption.
For example, a factory using bulk nitrogen can receive automated alerts before tank levels become critical. This gives the supplier time to schedule delivery and helps the customer avoid production interruptions.
Supply security is now a major purchasing criterion, particularly in healthcare, electronics, chemical processing, food manufacturing, and continuous-production environments. Buyers increasingly evaluate suppliers based on emergency response, backup systems, remote monitoring, and dual-source arrangements.
Supply redundancy → lower interruption risk → improved operational resilience → stronger supplier differentiation.
Medical oxygen illustrates this trend clearly. Hospitals require continuous access to oxygen, and failures can have immediate consequences. Similar reliability expectations increasingly apply to industrial customers with high-value or continuous production lines.
The Vietnam Industrial Gases Market outlook remains positive through 2031. Demand will be supported by industrial-zone expansion, factory investment, advanced electronics manufacturing, chemicals, metal processing, healthcare, and greater use of pipeline and on-site supply systems.
Oxygen is expected to remain a major demand category because of its broad industrial and medical relevance. However, the highest-value growth may come from high-purity nitrogen, argon, hydrogen, specialty gas mixtures, and integrated gas-delivery systems serving semiconductor and advanced-manufacturing customers.
The Vietnam industrial gas industry presents opportunities in air-separation units, bulk-gas logistics, pipeline infrastructure, on-site gas plants, high-purity gas purification, hydrogen infrastructure, and digital gas-management platforms.
Priority investment areas include:
Air-separation units producing oxygen, nitrogen, and argon.
On-site and pipeline gas supply for large industrial customers.
High-purity and specialty gases for electronics and semiconductor manufacturing.
Bulk-gas storage, liquefaction, transport, and remote monitoring systems.
Medical oxygen infrastructure and emergency backup solutions.
Hydrogen production, storage, purification, and distribution capability.
Carbon capture, utilization, and storage-related gas-handling solutions.
Key companies operating in the Vietnam industrial gases market include Messer Vietnam Industrial Gases Co., Ltd., Linde AG, Nippon Sanso Holdings Corp., SIG Group Co. Ltd., and Osaka Gas Co Ltd.
Competition depends on gas purity, production capacity, delivery reliability, technical expertise, infrastructure coverage, safety standards, pricing, on-site support, and the ability to serve high-volume industrial customers.
Industrial-gas suppliers can secure long-term contracts by providing on-site production plants, pipeline systems, bulk storage, and tonnage supply for customers with continuous consumption. This strategy is well suited to steel, refining, petrochemicals, chemicals, electronics, and large manufacturing facilities.
On-site supply → dependable gas availability → lower customer handling burden → stronger long-term customer relationships.
Suppliers can move beyond conventional bulk gases by offering ultra-high-purity nitrogen, hydrogen, argon, oxygen, and customized specialty gas mixtures. These products are increasingly relevant to semiconductor fabrication, electronics, laboratories, advanced materials, pharmaceuticals, and precision manufacturing.
High-purity portfolio → premium applications → stronger technical differentiation → higher-value customer contracts.
Industrial-gas companies can position for long-term growth by investing in green hydrogen, carbon dioxide capture, purification, compression, storage, and low-carbon gas solutions. Such investments align with decarbonization targets in energy, steel, chemicals, refining, transportation, and industrial manufacturing.
Low-carbon gas investment → new technology applications → broader revenue potential → stronger future-market relevance.
Messer announced plans in August 2026 to invest approximately USD 40 million in Thai Nguyen, Northern Vietnam. The expansion includes a new air separation unit with capacity for 600 tonnes per day of nitrogen, oxygen, and argon, plus a 300-tonnes-per-day nitrogen liquefier, with operations targeted by the end of 2027.
Messer and PVChem are also developing an industrial-gas facility in Cai Mep, Southern Vietnam, with planned annual production of 200,000 tonnes of nitrogen, oxygen, and argon. The facility is expected to use cold energy from LNG regasification to reduce electricity consumption.
Oxygen is used in steelmaking, metal cutting, welding, combustion enhancement, hospitals, respiratory care, surgery, and emergency treatment. Its broad industrial and medical role supports its position as the largest product segment in the market.
Oxygen supply → metal-processing efficiency and medical support → recurring demand → broad market relevance.
Nitrogen is used for inerting, purging, blanketing, laser cutting, food packaging, electronics assembly, and semiconductor manufacturing. High-purity nitrogen helps prevent contamination and oxidation in sensitive processes.
Nitrogen application → controlled environment → improved product quality → demand for high-purity supply systems.
Tonnage supply serves industrial customers that require large, continuous gas volumes. Steel mills, chemical plants, refineries, petrochemical facilities, and major manufacturers can receive gas through pipelines, on-site plants, or bulk liquid systems.
Tonnage supply → uninterrupted gas flow → lower handling requirements → improved large-scale operating efficiency.
Industrial gas production requires significant electricity for air separation, compression, purification, liquefaction, storage, and distribution. Rising power prices can increase operating costs, particularly for bulk oxygen and nitrogen production.
High energy demand → higher production cost → margin pressure → potential price increases for customers.
Suppliers can reduce exposure through energy-efficient equipment, optimized operating schedules, heat integration, renewable-power sourcing, and advanced plant design.
Industrial gases can present risks related to pressure, extreme temperatures, oxidation, flammability, and chemical exposure. Suppliers must invest in trained personnel, compliant storage, inspections, emergency systems, transport controls, and safety documentation.
Safety requirements → higher compliance cost → longer implementation cycles → operational complexity.
However, strong safety performance can become a commercial advantage. Customers in healthcare, electronics, chemicals, and heavy industry increasingly prefer suppliers that demonstrate dependable safety systems and response capabilities.
Vietnam’s emerging hydrogen economy offers a major long-term opportunity for industrial-gas suppliers. Hydrogen can be used in refining, chemicals, steel, power generation, transport, energy storage, and low-carbon industrial processes.
Green hydrogen development → new production and distribution needs → expanded industrial-gas opportunity → long-term growth potential.
Suppliers with hydrogen purification, compression, storage, transport, and pipeline expertise may be positioned to support the development of a future hydrogen ecosystem.
Carbon capture, utilization, and storage can create new demand for carbon dioxide capture, purification, compression, liquefaction, transport, and handling solutions. At the same time, electronics and semiconductor investment can expand demand for high-purity nitrogen, oxygen, hydrogen, argon, and specialty gas mixtures.
CCUS and specialty gases → higher-value applications → technical differentiation → diversified revenue potential.
Evaluates the Vietnam Industrial Gases Market through 2031.
Provides the 2025 market size of USD 260.38 million.
Forecasts market growth to USD 336.17 million by 2031.
Assesses the projected CAGR of 4.35% during 2026–2031.
Identifies oxygen as the largest product segment.
Reviews tonnage, bulk, cylinder, pipeline, and on-site supply considerations.
Assesses Central Vietnam as the leading and fastest-growing regional market.
Analyzes manufacturing, electronics, semiconductor, healthcare, and heavy-industry demand.
Evaluates energy costs, safety requirements, supply-chain risks, and market constraints.
Supports investment, sourcing, capacity planning, distribution, and market-entry decisions.
The Vietnam Industrial Gases Market is evolving from a conventional cylinder-distribution business into an infrastructure-driven service market. Large customers increasingly want uninterrupted supply, real-time monitoring, backup systems, technical support, and gas quality tailored to their production needs.
The strongest growth opportunities will likely come from customers that cannot tolerate supply disruption. Semiconductor facilities, hospitals, chemical plants, steel producers, and high-volume manufacturers place higher value on reliability than on the lowest unit price alone.
Suppliers that combine local production capacity, pipeline or on-site delivery, specialty-gas expertise, digital monitoring, and low-carbon technology capability can build a more defensible market position.
The Vietnam Industrial Gases Market is driven by foreign investment, manufacturing expansion, steelmaking, chemicals, metal fabrication, healthcare, electronics, and semiconductor production. These industries require oxygen, nitrogen, argon, hydrogen, and specialty gases for welding, cutting, inerting, processing, purification, and controlled manufacturing environments.
The Vietnam Industrial Gases Market was valued at USD 260.38 million in 2025 and is projected to reach USD 336.17 million by 2031. The market is expected to grow at a CAGR of 4.35% during 2026–2031.
Oxygen is the largest product segment because it is used across steelmaking, metal fabrication, welding, cutting, combustion enhancement, chemical processing, hospitals, respiratory therapy, surgery, and emergency medical care. Its broad use across industrial and healthcare sectors creates high and recurring demand.
Tonnage supply refers to the delivery of large and continuous volumes of industrial gases through dedicated pipelines, on-site production facilities, or bulk liquid-gas systems. It is commonly used by steel, chemical, petrochemical, refining, and large manufacturing facilities that require uninterrupted gas availability.
Central Vietnam leads the market because of its industrial clusters, manufacturing facilities, refining and petrochemical activity, heavy industries, logistics infrastructure, and deep-sea port connectivity. The region’s industrial development supports high consumption of oxygen, nitrogen, argon, and other industrial gases.
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