Surge Mitigation and Optimization Strategies for Aviation Turbine Fuel Pipelines in India
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https://doi.org/10.66871/trf-j.v1i2.029##semicolon##
Aviation Turbine Fuel (ATF), Pipeline Optimization, Surge Mitigation, Sustainable Aviation Fuelसार
The rapid growth of India’s aviation sector has driven an unprecedented increase in the demand for aviation turbine fuel (ATF). With domestic consumption escalating at double-digit rates annually, optimizing the pipeline infrastructure for ATF transportation has become imperative to enhance efficiency, reduce costs, and mitigate environmental impacts. This paper critically examines the strategies for optimizing ATF pipelines in India, emphasizing the integration of advanced valve technologies, the implementation of surge mitigation strategies, and the use of Sustainable Aviation Fuel (SAF). Through an extensive literature review and analysis, this study identifies key areas where current practices can be improved, explores the impact of valve sizing on surge phenomena, and highlights the role of high-quality pipeline materials. The findings provide insights into the sustainable development of India's aviation fuel supply chain, offering policy recommendations and future research directions aimed at establishing India as a leader in SAF integration.
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