Date of Graduation

5-2023

Document Type

Thesis

Degree Name

Bachelor of Science in Chemical Engineering

Degree Level

Undergraduate

Department

Chemical Engineering

Advisor/Mentor

Spicer, Tom

Committee Member/Reader

Walker, Heather

Committee Member/Second Reader

Smith, Chad

Abstract

Hazardous gases are increasingly becoming a large safety concern as the world continues to grow and industrialize. The modeling of when hazardous gases breach containment is an extremely important objective of consequence assessment planning and response. To improve the understanding of the variability inherent in passive gas releases, a test program to demonstrate the variability of gas concentration measurements at different location in a passive gas plume released from an area source in the ultra-low speed wind tunnel at the Chemical Hazards Research Center. A Flame Ionization Detector was used to measure the concentration of the source cloud. Methane was used as the tracer gas in a neutrally buoyant cloud containing air and carbon dioxide. The tests were conducted with a wind speed of 0.71 m/s with a 30s release in a neutral atmospheric boundary layer at select locations.

Keywords

Hazardous gas, finite-duration release, Wind Tunnel, Flame Ionization Detector, Area Source, Plume

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