South Korea’s medical gas and equipment market has evolved through a blend of advanced hospital infrastructure, strong manufacturing capabilities, and strict regulatory standards overseen by the Ministry of Food and Drug Safety. Modernization of gas systems in hospitals such as Seoul National University Hospital, Asan Medical Center, and Samsung Medical Center has been pivotal in shifting from traditional cylinder systems to centralized pipeline networks that distribute oxygen, nitrous oxide, nitrogen, and medical air. The adoption of fully automated manifold systems and cryogenic storage tanks designed under Korean Industrial Standards has ensured continuous high-purity gas supply for operating rooms, intensive care units, and emergency wards. South Korea’s aging population, with over 22% projected to be over 65 years old by 2030 according to Statistics Korea, has contributed to rising demand for long-term oxygen therapy and home-based respiratory care. The prevalence of chronic obstructive pulmonary disease and sleep apnea, as identified by the Korean Thoracic Society, has further accelerated the installation of PSA-based on-site oxygen generation systems in both public and private hospitals to strengthen emergency readiness and reduce reliance on external suppliers. Integration with building management systems and IoT-based control software allows real-time pressure and purity monitoring, minimizing wastage and leakage risks.

Medical gas infrastructure in South Korea is subject to rigorous inspection and maintenance protocols, with regular audits conducted under the Korean Gas Safety Corporation’s supervision. The sector has also embraced environmentally sustainable practices, such as recycling of aluminum cylinders and adoption of energy-efficient air separation technologies to cut emissions. Advanced training programs for biomedical engineers and technicians conducted by the Korea Hospital Association ensure adherence to safety standards and ISO 7396 guidelines. According to the research report, "South Korea Medical Gas and Equipment Market Research Report, 2030," published by Actual Market Research, the South Korea Medical Gas and Equipment market is expected to reach a market size of more than USD 400 Million by 2030. The South Korean medical gas and equipment market continues to advance through innovation, investment, and strategic collaboration between healthcare providers, industrial gas producers, and engineering firms. Major players such as Daesung Industrial Gases, Air Liquide Korea, and Linde Korea dominate production and distribution, providing high-purity oxygen, nitrous oxide, and carbon dioxide to hospitals, research centers, and pharmaceutical facilities. During the COVID-19 pandemic, rapid installation of oxygen generation units at facilities like National Medical Center and Kyungpook National University Hospital helped sustain ICU operations amid national oxygen demand spikes. Daesung Industrial Gases partnered with Korea University Hospital to implement smart gas supply systems equipped with AI-driven monitoring for leak detection and consumption optimization.

Air Liquide Korea has expanded its cryogenic production facility in Ulsan to meet increasing medical and industrial requirements, while Linde Korea established automated refilling hubs to enhance cylinder turnaround efficiency across the Seoul metropolitan region. The Ministry of Health and Welfare has supported initiatives to localize oxygen production in rural areas such as Gangwon and Jeju through small-scale PSA units, reducing dependence on urban supply networks. The market has also seen growth in portable and home-based oxygen devices, with companies like Yuwell Korea and Sechrist Korea introducing compact concentrators designed for elderly and post-surgical patients. Public-private collaborations such as the Smart Hospital Project spearheaded by the Korea Health Industry Development Institute aim to digitize gas infrastructure using IoT sensors and predictive analytics. Research institutes including KAIST and Yonsei University are exploring cryogenic gas storage optimization and biomedical gas applications for regenerative medicine. Logistics advancements, including cryogenic transportation fleets and automated inventory systems, have strengthened emergency preparedness nationwide.

In South Korea the medical gases and equipment market is defined by two interconnected segments the supply of medical-grade gases and the delivery systems and hardware required to support their safe use. On the medical gases side Korean providers supply high-purity oxygen, nitrous oxide, medical air, nitrogen and carbon dioxide to major hospitals in Seoul, Busan and Daegu as well as regional clinics in remote provinces; for example DANIL Syschem focuses specifically on medical-gas supply for hospitals including emergency and intensive-care units. On the equipment side companies such as Chosun Instrument Inc. have developed comprehensive medical-gas facility engineering services which include pipeline networks, manifold banks, pressure regulators, flowmeters, bed-head outlets, vacuum systems and home-oxygen generators tailored for both large tertiary hospitals and domiciliary settings. Hospitals like Samsung Medical Center in Seoul are supported by advanced gas-distribution infrastructure and specialist equipment providers while in rural regions equipment modules are configured to accommodate cylinder banks or onsite oxygen-generation plants given logistical constraints. The relationship between the two segments is critical in South Korea because providing medical-grade gases alone is not sufficient without compatible storage, piping, monitoring and patient-delivery equipment designed to meet safety and operational standards under Korean healthcare regulations. As demand for home-based oxygen therapy, mobile emergency units and outpatient surgery increases, local manufacturers and service providers are adapting equipment designs for portability, modular installation and digital monitoring capabilities.

The product-type segmentation thus spans from the production and distribution of gases to the engineering, installation and servicing of hardware systems that enable safe delivery of those gases across acute-care hospitals, outpatient facilities and home-care environments throughout South Korea.In South Korea the applications of medical gases and related equipment span therapeutic care, diagnostic procedures, pharmaceutical manufacture and other specialized uses within the healthcare sector. Therapeutically major hospitals such as those in the Seoul region utilise oxygen therapy and medical-air systems to support patients with chronic respiratory conditions, post-operative ventilation and intensive-care treatment by integrating gas-delivery systems and equipment into wards and ICU units. For diagnostic use hospitals in Busan and Daegu employ carbon dioxide for laparoscopic insufflation in minimally invasive surgery and helium or nitrogen for imaging systems and calibration-grade gases in clinical laboratories supporting diagnostics and research. Within the pharmaceutical industry South Korean drug-manufacturing and biotechnology sites use high-purity nitrogen and oxygen for sterile production, cryopreservation and analysing biologics, supported by equipment that maintains delivery integrity and regulatory compliance. Other applications include nitrous oxide analgesia in outpatient dental and sedation clinics across metropolitan zones, portable oxygen units for home-therapy or ambulance-based emergency interventions in rural areas such as Jeju and Gangwon province and modular manifold systems supporting mobile clinics in disaster-relief contexts. The Korean Ministry of Health and Welfare mandates standards for gas purity, equipment installation and maintenance across these application domains which extend from direct patient care to diagnostics and manufacturing infrastructure thereby reflecting the broad use-case landscape for medical gases and equipment in South Korea.In South Korea the key end-users of medical gases and associated equipment include hospitals, home-health-care providers, ambulatory surgical centres, pharmaceutical and biotechnology companies and academic and research institutions each with specific infrastructure and service considerations.

Hospitals such as Seoul’s Samsung Medical Center and university-affiliated hospitals in Daegu maintain central medical-gas plants, piped oxygen networks, vacuum and manifold systems supplying operating theatres, intensive-care units and emergency departments. Home-health-care services nationwide supply portable, concentrator-based oxygen systems, cylinders and regulators to patients living in domestic settings in regions such as Jeju or rural Gangwon, enabling long-term respiratory support outside hospital environments. Ambulatory surgical centres located in urban districts in Seoul and Busan leverage compact gas-delivery units, mobile cylinder banks and regulator equipment to support day-surgery and sedation services rather than full inpatient stays. Pharmaceutical and biotechnology firms based in South-Korea’s innovation zones integrate ultra-high-purity gas systems and precision delivery hardware for research, development and manufacturing operations under regulatory oversight. Academic and research institutions affiliated with South Korean universities maintain bespoke gas-pipeline networks, controlled-storage units and specialized delivery equipment for teaching hospitals and biomedical research, supporting translational medicine and clinical trials. Each of these end-user segments in South Korea operates within regulatory, logistical and maintenance frameworks designed to ensure safe, reliable use of medical gases and supporting equipment across a variety of healthcare and life-science settings.Considered in this report• Historic Year: 2019• Base year: 2024• Estimated year: 2025• Forecast year: 2030Aspects covered in this report• Medical Gas and Equipment Market with its value and forecast along with its segments• Various drivers and challenges• On-going trends and developments• Top profiled companies• Strategic recommendationBy Product Type• Medical Gases• Medical Gas EquipmentBy Application• Therapeutic• Diagnostic• Pharmaceutical Industry• OthersBy End-User • Hospitals• Home Healthcare• Ambulatory Surgical Centers• Pharmaceutical & Biotechnology Companies• Academic & Research Institutions.