Additional Professor, Department of Hospital Administration, AIIMS, New Delhi, India.
Senior Resident, Department of Hospital Administration, AIIMS, New Delhi, India.
Indian J Public Health. 2021 Jan-Mar;65(1):82-84. doi: 10.4103/ijph.IJPH_1405_20.
Addressing oxygen requirements of rural India should aim at using a safe, low-cost, easily available, and replenishable source of oxygen of moderate purity. This may be possible with the provision of a self-sustaining oxygen concentrator (pressure swing adsorption with multiple molecular sieve technology) capable of delivering oxygen at high-flow rates, through a centralized distribution system to 100 or more bedded rural hospitals, with back up from an oxygen bank of 10 × 10 cylinders. This will provide a 24 × 7 supply of oxygen of acceptable purity (~93%) for the treatment of hypoxemic conditions and will enable hospitals to specifically provide for high-flow oxygen in at least 15% of the beds. It may also serve as a facility for a local refill of oxygen cylinders for emergency use within the hospital as well as to subsidiary primary health centers, subcenters, and ambulances, thereby nudging our health-care system toward self-sufficiency in oxygen generation and utilization.
满足印度农村地区的氧气需求,应着眼于使用安全、低成本、易于获得且可再生的中等纯度氧气源。通过提供能够以高流速输送氧气的自给式氧气浓缩器(变压吸附与多分子筛技术),通过集中分配系统向 100 家或更多床位的农村医院提供氧气,并辅以 10×10 个钢瓶的氧气储备,这可能成为现实。这将为治疗低氧血症提供 24×7 的可接受纯度(~93%)的氧气供应,并使医院能够专门为至少 15%的床位提供高流量氧气。它还可以作为医院内紧急使用的氧气钢瓶本地灌装设施,以及附属的初级保健中心、次级保健中心和救护车,从而推动我们的医疗保健系统在氧气产生和利用方面实现自给自足。