High-Altitude Autoignition Temperature Measurement Apparatus Skip to main content

High-Altitude Autoignition Temperature Measurement Apparatus ID: 2021-031

An innovative apparatus designed to accurately measure autoignition temperatures at high altitudes, ensuring location-independent results.

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Technology Overview

This invention introduces a modified apparatus for measuring autoignition temperatures (AIT) using the ASTM E659 method, optimized for high-altitude conditions. By incorporating a low-pressure vessel to normalize the experimental environment to 1 atm absolute pressure, the device corrects the bias introduced by low atmospheric pressure at high altitudes. Enhanced with an automated robotic injector arm (ARIA) for precise sample introduction and a GoPro camera for visual data capture, the apparatus promises improved accuracy and reliability in AIT measurements.


Key Advantages

  • Location-independent AIT measurements, suitable for high-altitude environments
  • Automated sample introduction reduces human error and increases measurement consistency
  • Visual data capture for enhanced data quality and experiment verification
  • Designed for easy integration into laboratory settings, facilitating widespread adoption

Problems Addressed

  • Biased AIT measurements due to the impact of low atmospheric pressure at high altitudes
  • Human error and inconsistency in sample introduction during AIT measurement processes
  • Lack of visual evidence to support data quality and accuracy in traditional AIT measurement techniques

Market Applications

  • Chemical production facilities requiring accurate AIT data for safety and quality control
  • Research laboratories studying combustion and chemical reaction processes at varying altitudes
  • Educational institutions offering courses in chemical engineering, safety, and environmental studies
  • Safety regulation bodies in need of precise AIT measurement tools for certification and standards development

Additional Information

Technology ID: 2022-002
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025

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