Hydraulic Fluids and Jet Engine Oil: Pyrolysis and Aircraft Air Quality

C. van Netten, V. Leung
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引用次数: 50

Abstract

Abstract Incidents of smoke in aircraft cabins often result from jet engine oil and/or hydraulic fluid that leaks into ventilation air, which can be subjected to temperatures that exceed 500 °C. Exposed flight-crew members have reported symptoms, including dizziness, nausea, disorientation, blurred vision, and tingling in the legs and arms. In this study, the authors investigated pyrolysis products of one jet engine oil and two hydraulic fluids at 525 °C. Engine oil was an important source of carbon monoxide. Volatile agents and organophosphate constituents were released from all the agents tested; however, the neurotoxin trimethyl propane phosphate was not found. The authors hypothesized that localized condensation of pyrolysis products in ventilation ducts, followed by mobilization when cabin heat demand was high, accounted for mid-flight incidents. The authors recommended that carbon monoxide data be logged continuously to capture levels during future incidents.
液压油和喷气发动机油:热解和飞机空气质量
飞机机舱内的烟雾事故通常是由于喷气发动机机油和/或液压油泄漏到通风空气中,通风空气的温度可能超过500°C。暴露的机组人员报告的症状包括头晕、恶心、定向障碍、视力模糊以及腿部和手臂刺痛。在这项研究中,作者研究了一种喷气发动机油和两种液压油在525°C下的热解产物。发动机油是一氧化碳的重要来源。所有被试剂均释放出挥发性剂和有机磷成分;但未发现神经毒素磷酸三甲基丙烷。作者假设,热解产物在通风管道中的局部冷凝,随后在客舱热需求高时动员,是造成飞行中事故的原因。作者建议连续记录一氧化碳数据,以捕获未来事故中的水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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