Microreactor Technology And Process Intensification

By Yong Wang, J. Hu, C. Hofmann, J. M. Davis, J. Harrison, C. M. Fischer, D. L. King, E. O. Jones, Volker Hessel, J. D. Palmer, R. Nassar, Susanne B. Jones, P. Irving, G. Rawlings, Y. Liang, A Lee, L PEDERSON, J. Fang, James Cao, S. Zhao, G. Kolb, C. Cao, Klavs F. Jensen, Holger Löwe, C. Fischer, Jianli Hu, E. D. Wetzel, K. Brooks, Y. Wang, J. Palmer, G. Whyatt, Douglas C., Jamelyn D. Holladay, Anna Lee Tonkovich, S. R. Deshmukh, A. Karlsson, Anna Lee Y. Tonkovich, D. E. Akporiaye, M. Plassen, Ralph Gillespie, J. S. Holmgren, V. S. Nagineni, K. R. Aithal, N. V. Seetala, U. Siriwardane, R. S. Besser, K. Varahramyan, D. Kuila, Bradley R. Johnson, Ya-Huei Chin, Robert T. Rozmiarek, Yufei Gao, V. S. Stenkamp, W. TeGrotenhuis, R. Wegeng, Götz Veser, J. D. Holladay, R. A. Dagle, G. G. Xia, D. G. Norton, D. G. Vlachos, V. Cominos, V. Hessel, H. Pennemann, R. Zapf, Daniel R. Palo, Jamie D. Holladay, Robert A. Dagle, Q. Ming, K. P. Brooks, L. R. Pederson, G. C. Rawlings, R. S. Wegeng, G. A. Whyatt, Kai T. Jarosch, Steven T. Perry, David Kuhlmann, Chunshe Cao, X. Shari Li

Microreaction technology, with its unprecedented heat and mass transfer advantages as well as uniform residence time and flow pattern, is one of the few technologies with potential to develop effi...

Microreactors

By Wolfgang Ehrfeld

Chemical Micro Process Engineering: Processing And Plants

By Andreas Müller, Volker Hessel, Andreas Müller, Holger L¿We, Gunther Kolb, Holger Löwe

micro Process Engineering Is Approaching Both Academia And Industry. With The Provision Of Micro Devices, Systems And Whole Plants By Commercial Suppliers, One Main Barrier For Using These Units Ha...

Chemical Micro Process Engineering

By Andreas Muller, Gunther Kolb, Holger L We, Steffen Hardt, Volker Hessel

Chemical Micro Process Engineering: Fundamentals, Modelling And Reactions

By Volker Hessel, Holger Löwe, Steffen Hardt

Microreactor Technology And Process Intensification (ACS Symposium Series, No. 914)

By Yong Wang, J. Hu, C. Hofmann, J. M. Davis, J. Harrison, C. M. Fischer, D. L. King, E. O. Jones, Volker Hessel, J. D. Palmer, R. Nassar, Susanne B. Jones, P. Irving, G. Rawlings, Y. Liang, A Lee, L PEDERSON, J. Fang, James Cao, S. Zhao, G. Kolb, C. Cao, Klavs F. Jensen, Holger Löwe, C. Fischer, Jianli Hu, E. D. Wetzel, K. Brooks, Y. Wang, J. Palmer, G. Whyatt, Douglas C., Jamelyn D. Holladay, Anna Lee Tonkovich, S. R. Deshmukh, A. Karlsson, Anna Lee Y. Tonkovich, D. E. Akporiaye, M. Plassen, Ralph Gillespie, J. S. Holmgren, V. S. Nagineni, K. R. Aithal, N. V. Seetala, U. Siriwardane, R. S. Besser, K. Varahramyan, D. Kuila, Bradley R. Johnson, Ya-Huei Chin, Robert T. Rozmiarek, Yufei Gao, V. S. Stenkamp, W. TeGrotenhuis, R. Wegeng, Götz Veser, J. D. Holladay, R. A. Dagle, G. G. Xia, D. G. Norton, D. G. Vlachos, V. Cominos, V. Hessel, H. Pennemann, R. Zapf, Daniel R. Palo, Jamie D. Holladay, Robert A. Dagle, Q. Ming, K. P. Brooks, L. R. Pederson, G. C. Rawlings, R. S. Wegeng, G. A. Whyatt, Kai T. Jarosch, Steven T. Perry, David Kuhlmann, Chunshe Cao, X. Shari Li

Microreaction technology, with its unprecedented heat and mass transfer advantages as well as uniform residence time and flow pattern, is one of the few technologies with potential to develop effi...