12th International Conference on Gas-Liquid and Gas-Liquid-Solid Reactor Engineering; New York, NY

CBET-1547981 PI：Chin，Kevin该项目将支持美国研究生和博士后研究员参加将于2015年6月28日至7月1日在纽约州纽约举行的第12届气液和气液固反应堆工程国际会议。 会议将重点讨论科学家和工程师在多相化学反应器的设计和分析中面临的特殊挑战，这些反应器是许多化学过程中的基本要素。 该会议是1992年开始的一系列会议的一部分，是美国研究人员与美国和国际同事交流成果和发现的重要平台。该系列中的这一特别活动将强调水和可持续能源技术中的多相反应工程。气-液-固反应器工程会议系列侧重于多相反应器和过程的基础和工程的各个方面。 第12届国际会议将涵盖的主题包括化学反应器中的多相流体动力学，界面工程，气-液和气-液-固输送，测量和流动可视化技术，微反应器系统以及生物技术，能源，水和环境系统中的应用。除了全体讲座和专题会议外，会议还将组织对附近化工厂和研究设施的实地考察，这将为研究生和博士后研究员提供一个在工业研究和实践中看到多相系统的机会。

CBET-1547981PI: Chin, Kevin This project will support the participation of U.S. graduate students and postdoctoral fellows at the 12th International Conference on Gas-Liquid and Gas-Liquid-Solid Reactor Engineering, which will be held June 28 to July 1, 2015, in New York, NY. The conference will focus on the special challenges scientists and engineers face in the design and analysis of multiphase chemical reactors, which are essential elements in many chemical processes. The conference, which is part of a series that started in 1992, is an important platform for U.S. researchers to exchange results and findings with their U.S. and international colleagues. This particular event in the series will emphasize multiphase reaction engineering in water and sustainable energy technologies.The Gas-Liquid-Solid Reactor Engineering conference series focuses on all aspects of fundamentals and engineering of multiphase reactors and processes. Topics that will be covered in the 12th International Conference include multiphase fluid dynamics in chemical reactors, interfacial engineering, gas-liquid and gas-liquid-solid transport, measurement and flow visualization techniques, microreactor systems, and applications in biotechnology, energy, water and environmental systems. In addition to plenary lectures and topical sessions, the conference will organize site visits to nearby chemical plants and research facilities, which will provide graduate students and postdoctoral fellows with an opportunity to see multiphase systems in industrial research and practice.