By Dobrivojie Popovich
Offers a scientific and entire evaluation to the idea and purposes of mechatronic processes—emphasizing the edition and incorporation of this crucial device to satisfy wanted functionality and caliber requisites. Addresses the center applied sciences wanted for the layout and improvement of the mechatronic product, covers layout ways, discusses similar mechatronic product layout facets, and info mechatronic product software examples.
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2000,55,2401. 19. D. Trent, D. Tirtowidjojo and G. Quardener, BHR Group Con$ Ser. , 1999, 38 (Process Intensification for the Chemical Industry), 2 17. SULPHONES BY OXIDATION - THE DEVELOPMENT PERSPECTIVE David A Jackson*, Howard Rawlinson & Oskar Barba Zeneca Process Technology Department Huddersfield Works, Leeds Road Huddersfield Yorkshire HD2 1FF 1 INTRODUCTION The purpose of this paper is to present a perspective of the “Green Chemistry” Issues typically pertinent to the manufacture of Fine Chemicals.
Bearing in mind the dramatic size reduction which is sought, process intensification will probably involve novel and unusual approaches to equipment design. It is not a strategy for the faint-hearted. Herein lies one of its main disadvantages, namely the lack of new design codes to engender confidence in those who specify new equipment. Radical and unconventional approaches will be the order of the day. Many searching questions will be posed, such as the need for turbulent flow in pipes, the use of batch rather than continuous operation and the application of merely terrestrial acceleration to multi-phase systems, to name but a few.
Following extensive discussions with potential industrial partners in the pharmaceuticals/fine chemicals area, it has become evident that there is considerable interest in the opportunities presented by spinning disc reactor (SDR) technology. A reactor design based on spinning discs provides an excellent heat and mass transfer environment for the reacting liquid and promises to overcome these disadvantages. SDR technology offers the possibility of a step change in manufacturing operations, particularly with respect to the following attributes:1) Ability to cope with very fast exothermic reactions (corresponding to heat fluxes of upto 1 0 0 kW/m2.