C., “Effect of Industrial Flare DREs Derived by CFD and WERF on Ozone Pollution through CAMx Simulation”, Atmospheric Environment, 238, 117723, 2020. J., Xu, Q.*, “An Integrated Flare Minimization Methodology for Simultaneous Turnaround Operations of Two Chemical Plants”, Journal of Cleaner Production, accepted, 2020. Mazumder, M., Xu, Q.*, “Modeling and Optimization for A Comprehensive Gas Processing Plant with Sensitivity Analysis and Economic Evaluation”, accepted, Chemical Engineering & Technology, 2020.C., “Characterization and Sensitivity Analysis on Ozone Pollution over the Beaumont-Port Arthur Area in Texas of USA through Source Apportionment Technologies”, Atmospheric Research, accepted, 2020. C., “Ozone Pollution Control Strategies Examined by Empirical Kinetics Modeling Approach over the Beaumont-Port Arthur Region in Texas of USA”, Atmospheric Pollution Research, accepted, 2020. Cai, T., Xu, Q.*, “Uncertainty Relationship Analysis for Multi-Parametric Programming in Optimization”, Advances in Global Optimization, 437-447, 2015.Hall, Ioannis Economou, Wiley, ISBN: 978-5-6, January 2019. Mazumder, M., Xu, Q.*, “Study for the Optimal Operation of Natural Gas Liquid Recovery and Natural Gas Production”, Natural Gas Processing from Midstream to Downstream, Editors: Nimir O.Click on registration and then follow the website’s lead.Select the competition/event of choice within the selected category.Visit the website of Azeotropy by clicking here.Find out those details by clicking on the choice of workshop here.Ĭlick here to generate Azeotropy id and register. Varying rules and regulations are applicable per workshop. Find out those details by clicking on the choice of competition here.

Varying rules and regulations are applicable per competition. In line with these intentions, AZeotropy has been striving ever since towards its mission with a promise of spanning the length and breadth of Chemical Engineering! AZeotropy as a whole is an interesting blend of various intriguing Competitions, Talks, Panel Discussions, Exhibitions, Workshops and many fun-with-learning events. It is a non-profit organization working towards bridging the gap between industries and academia. AZeotropy IIT Bombay is now recognized as the leading chemical engineering symposium organized in India with a yearly participation of over 4000 students from 300 different engineering colleges all over India and more than 50 corporate personalities working in the field.

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