COUPLED LOW PRESSURE OXYGEN GENERATION STORAGE SYSTEM

耦合低压制氧储存系统

• 批准号: 2423727
• 负责人: XIAOCHUN S LU
• 金额: $ 37.04万
• 依托单位: MATERIALS AND ELECTROCHEMICAL RES (MER)
• 依托单位国家: 美国
• 财政年份: 1996
• 资助国家: 美国
• 起止时间: 1996-04-01 至 1999-08-31
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/2423727
• 关键词: X ray spectrometry; atmospheric pressure; bioengineering /biomedical engineering; biomedical equipment development; chemical reaction; clinical research; human subject; oximetry; oxygen; respiratory oxygenation; scanning electron microscopy

The current oxygen supply for home oxygen therapy relies on high pressure compression, cryogenic liquid oxygen, or oxygen concentrators. These methods have limitations of inconvenience, high cost, or non-ambulation. The overall aim of this research program is to develop a coupled low pressure oxygen generation and storage system for home oxygen therapy applications. The proposed systeM can be used either as stationary or portable systeM, and can be refilled at heme safely. During Phase I study, the feasibility of developing the coupled system has been successfully demonstrated. The specific aims of this program are to use the knowledge gained during Phase I work for the design, development, testing, and evaluation of the proposed system. That is the oxygen storage materials will be characterized and optimized, the detailed engineering design of fullerene-oxygen storage system and high efficiency oxygen generation system will be performed, the coupled oxygen generation and storage prototype will be fabricated and tested, the suitability of the system for medical applications will be studied, and the commercial markets of the developed technology will be explored. The Phase II work will eventually result in a superior oxygen supply system, which can be readily commercialized in the hoc oxygen therapy market during Phase III. PROPOSED COMMERCIAL APPLICATIONS The proposed system will be superior for home oxygen therapy applications. With a low pressure oxygen generation and refill station at home, expensive refill service of both stationary and portable systems, high pressure hazards, and requirement of different systems for home and outdoor uses can be avoided. This system may also be ideal as oxygen supply for civilian and military aircraft.

当前家庭氧疗法的氧气供应依赖于高 压缩压缩，低温液体氧或氧气 集中器。这些方法有不便的局限性， 高成本或非态度。这项研究的总体目的 程序是开发耦合的低压氧产生和 家庭氧疗法应用的存储系统。 提议 系统可以用作固定系统或便携式系统，并且可以 安全地对血红素进行补充。在第一阶段研究期间，可行性 开发耦合系统已成功 证明。该程序的具体目的是使用 在I阶段工作期间获得的知识，为设计，开发， 测试和评估拟议的系统。那是氧气 存储材料将被表征和优化，详细 富勒烯 - 氧气存储系统的工程设计和高 将执行效率的氧气产生系统，耦合 将制造氧气和存储原型，并 经过测试，系统对医疗应用的适用性将 研究和开发技术的商业市场 将被探索。 第二阶段的工作最终将导致 高级氧气供应系统，可以很容易地商业化 在III期期间的HOC氧疗法市场中。 拟议的商业应用程序拟议的系统将是 卓越的家庭氧疗法应用。低压 在家中氧气和补充电台，昂贵的补充 固定系统和便携式系统的服务，高压 危害和室外不同系统的要求 可以避免使用。该系统也可能是理想的氧气供应 用于平民和军用飞机。