Fluidization X: Fluidization for Sustainable Development
2001-04-06
org.kosen.entty.User@1652500c
박성희(shpark388)
행사&학회소개
보고서작성신청
우석대학교의 박 성희입니다.
이번 2001년 5월 20일에서 25일까지 중국 북경에서 개최되는 유동층분야의 대표적인 Conference인 Fluidization X에 참가하려합니다.
이 학회는 전세계에 유동층관련 연구자들이 모여서 하는 학회인데 특별히 제출된 페이퍼를 SCI 저널과 같이 레프리에 의한 리뷰과정을 걸쳐 엄선된 내용만을 갖고 학회를 함으로써 학회의 위상이 높다고 하겠다. 그동안 9회에 걸쳐 학회가 진행되어 왔고 이번에 처음으로 중국에서 개최하게 되었다. 또한 이학회는 United Engineering Foundation에서 후원 및 진행하는 학회이다.
(참조: www.engfnd.org)
Synopsis:
Fludiazaiton is an important technology employed in a variety of industrial processes. It plays a major role not only in traditional industies such as coal combustion, oil refining and metallurgical processes, but also in the development of emerging technoligies such as materials processing and biotechnology. With increasing demand for sustainalbe development, its applications in energy, resource recovery and environment are being explored further. It has been estimated that over 5% of all published papers in chemical engineering literature deal with fluidization and its related subjects, making it one of the most reported fields in chemical engineering research.
On the other hand, fluidization is one of the most complicated unit operations in practice. Its typical particle-fluid two phase flow patterns exhiit nonlinear and nonequilibrium dynamic characteristics with heterogeneous flow structure. Therefore, its quantitative understanding and practical application constitute a challenge in science and engineering.
Although application of fluidization has been extended to a variety of fields and its fundamental research has been carried out for more than half a century, further efforts are still needed to explore its new opportunities, and to understand its mechanisum for realizing quantitative design and optimal operation of fluid-bed reactors. In addition, increasing attention to sustainable development has given rise to more and more opportunities for the field, and the advance of interdisciplinary sciences has further stimulated its fundamental research.
Fluidization for Sustainable Development is the tenth in the series. Previous Engineering Foundation Conferences on Fluidization were held in Asilomar, California (1975); Cambridge, England (1978); Henniker, New Hampshire (1980); Kashikojima, Japan (1983); Eisinore, Denmark (1986); Banff, Canada (1989); Broadbeach, Australia (1992); Tours, France (1995) and Durango, Colorado (1998). This series is now firly established as the preeminent forum by experts in the field.
In addition to all the common activities at the previous conferences, invited distinghushed scholars will highlight overviews on fluidization of the present century and prospects for the next century. Specail programs will also be arranged to celebrate this 10th event.
Plenary lecture I: Future R&D directions required in fluidization and fluid-particle systems for sustainable development in chemical industries.
Session I: Dynamics
Session II: Dynamics-CFB
Plenary Lecture II: Microreactors simulating present (and future?) fluid beds.
Session III: Modeling/Simulation
Session IV: L/S, G/L/S, Vibrated and Other Systems
Workshop: Sustainable Development-Fututre of Fluidization
Plenary Lecture III: Developments of fluidization technology in China's oil refining industry.
Session V: Fine Particles
Session VI: Heat and Mass transfer
Session VII: Processes
Session VIII: Combustion/Gasification
Plenary Lecture IV: Gas-phase fluidization technology for production of polyolefins.
Session IX: Equipment
Session X: Measurement
Workshop: Challenge Problems
저는 유동층 분야중 흐름의 복잡계를 해석하는 분야와 미세 입자를 생성하거나 이용하는 반응기분야를 중점 보고 오려합니다.
이번 2001년 5월 20일에서 25일까지 중국 북경에서 개최되는 유동층분야의 대표적인 Conference인 Fluidization X에 참가하려합니다.
이 학회는 전세계에 유동층관련 연구자들이 모여서 하는 학회인데 특별히 제출된 페이퍼를 SCI 저널과 같이 레프리에 의한 리뷰과정을 걸쳐 엄선된 내용만을 갖고 학회를 함으로써 학회의 위상이 높다고 하겠다. 그동안 9회에 걸쳐 학회가 진행되어 왔고 이번에 처음으로 중국에서 개최하게 되었다. 또한 이학회는 United Engineering Foundation에서 후원 및 진행하는 학회이다.
(참조: www.engfnd.org)
Synopsis:
Fludiazaiton is an important technology employed in a variety of industrial processes. It plays a major role not only in traditional industies such as coal combustion, oil refining and metallurgical processes, but also in the development of emerging technoligies such as materials processing and biotechnology. With increasing demand for sustainalbe development, its applications in energy, resource recovery and environment are being explored further. It has been estimated that over 5% of all published papers in chemical engineering literature deal with fluidization and its related subjects, making it one of the most reported fields in chemical engineering research.
On the other hand, fluidization is one of the most complicated unit operations in practice. Its typical particle-fluid two phase flow patterns exhiit nonlinear and nonequilibrium dynamic characteristics with heterogeneous flow structure. Therefore, its quantitative understanding and practical application constitute a challenge in science and engineering.
Although application of fluidization has been extended to a variety of fields and its fundamental research has been carried out for more than half a century, further efforts are still needed to explore its new opportunities, and to understand its mechanisum for realizing quantitative design and optimal operation of fluid-bed reactors. In addition, increasing attention to sustainable development has given rise to more and more opportunities for the field, and the advance of interdisciplinary sciences has further stimulated its fundamental research.
Fluidization for Sustainable Development is the tenth in the series. Previous Engineering Foundation Conferences on Fluidization were held in Asilomar, California (1975); Cambridge, England (1978); Henniker, New Hampshire (1980); Kashikojima, Japan (1983); Eisinore, Denmark (1986); Banff, Canada (1989); Broadbeach, Australia (1992); Tours, France (1995) and Durango, Colorado (1998). This series is now firly established as the preeminent forum by experts in the field.
In addition to all the common activities at the previous conferences, invited distinghushed scholars will highlight overviews on fluidization of the present century and prospects for the next century. Specail programs will also be arranged to celebrate this 10th event.
Plenary lecture I: Future R&D directions required in fluidization and fluid-particle systems for sustainable development in chemical industries.
Session I: Dynamics
Session II: Dynamics-CFB
Plenary Lecture II: Microreactors simulating present (and future?) fluid beds.
Session III: Modeling/Simulation
Session IV: L/S, G/L/S, Vibrated and Other Systems
Workshop: Sustainable Development-Fututre of Fluidization
Plenary Lecture III: Developments of fluidization technology in China's oil refining industry.
Session V: Fine Particles
Session VI: Heat and Mass transfer
Session VII: Processes
Session VIII: Combustion/Gasification
Plenary Lecture IV: Gas-phase fluidization technology for production of polyolefins.
Session IX: Equipment
Session X: Measurement
Workshop: Challenge Problems
저는 유동층 분야중 흐름의 복잡계를 해석하는 분야와 미세 입자를 생성하거나 이용하는 반응기분야를 중점 보고 오려합니다.