Brazil, Nathan (2015) Oil dispersant system for fixed wing aerial platform. Masters thesis, Memorial University of Newfoundland.
- Accepted Version
Available under License - The author retains copyright ownership and moral rights in this thesis. Neither the thesis nor substantial extracts from it may be printed or otherwise reproduced without the author's permission.
The global energy demand has led to increased oil production across the world, leading to an increase in the number of offshore oil platforms and oil tanker traffic. Further, this demand has pushed the industry to develop in increasingly remote areas and harsh environments. Newfoundland, which operates the largest offshore oil platform in the world, has a strong safety record, but limited disaster response capabilities. The Newfoundland ecosystem is particularly sensitive to the effects of an oil spill, with its diverse marine life, rugged coastline, and harsh climate. Further, these harsh conditions reduce the effectiveness of standard containment and recovery options for oil spills used elsewhere. The author seeks to address the issue by designing a deployable oil dispersant system for fixed wing aircraft. Oil dispersants sprayed onto the surface of an oil slick remain one of the most effective methods for mitigating the effects of an oil spill. The primary focus of this thesis is the preliminary engineering design of the system, which includes the use of theoretical and computational stress analysis techniques, aerodynamics, and rigid body dynamics considering the motion of the system. The thesis concludes with the preliminary system design of a deployable oil dispersant system that is adaptable to multiple aircraft platforms.
|Item Type:||Thesis (Masters)|
|Additional Information:||Includes bibliographical references.|
|Keywords:||Oil Dispersant, Oil Spill, Aircraft Platform, Aircraft Design, Deployable Boom, Finite Element Analysis, Finite Element Analysis, Computational Fluid Dynamics, Bond Graph, Rigid Body Dynamics|
|Department(s):||Engineering and Applied Science, Faculty of|
|Library of Congress Subject Heading:||Oil spills--Cleanup--Computer simulation; Dispersing agents--Environmental aspects; Spraying equipment--Design and construction|
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