Air Products and Chemicals, Inc.

Charles Randall Kayhart

Frank Kenneth Schweighardt

Kevin Boyle Fogash

David Hon Sing Ying

Dean Anthony Chin-Fatt

A system for detecting fine liquid, e.g., oil, particles in a gas system having a conduit through which a gas, e.g., hydrogen, air, etc., will flow. The detection system includes a monitor including a high sensitivity photometric sensor, a data acquisition unit and flow and pressure control components to control the pressure and rate of flow of the gas to the monitor. The detection system is arranged to detect the presence of fine liquid particles the gas passing through the conduit and to provide an alert signal representative of the mass count of such particles in response thereto.

Liquid particle mass measurement in gas streams

A system for detecting fine liquid, e.g., oil, particles in a gas system having a high pressure compressor and at least two gas handling devices, e.g., a coalescer and at least one adsorber. The detection system uses plural sensors and a monitor unit to detect the presence of such fine liquid particles in various portions of the gas system and to provide alert signals in response thereto. The alert signals can be used by associated valves to control the gas system.

Systems and methods for detecting liquid particles in a gas system

A stable concentrated aqueous emulsion of perfluorochemical, a phospholipid and a triglyceride of fatty acids has been demonstrated which has enhanced stability, diminished particle size and heightened tolerance by biological systems. The emulsion has utility as an oxygen transport medium, such as artificial blood. The emulsion can optionally include additional emulsifiers of SURFYNOL.RTM.SE surfactant and PLURONIC.RTM. P-105 surfactant. The emulsion is produced using an improved emulsification technique. The invention includes methods of oxygen transport in vascular systems wherein the oxygen carrying capacity of the vascular systems is improved with the emulsions of the present invention. Methods are also described for organ preservation extra-vivo by perfusing, suffusing, flushing and filling organs outside the body with the oxygen carrying emulsions of the present invention. Finally, methods of synthesis of the emulsions by emulsifying the components and aqueous medium using high shear mixing is also described.

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Alburtis, PA, United States of America

Charles Randall Kayhart