Equipment design overview

Appendix 1 Shortcut Equipment Design Methods—Overview 391... 

Olsen, K. W., Batch Fluid-Bed Processing Equipment - A Design Overview Parti f Pharm. Tech., 13(l) 34-46 (1989a)... 

Table 5 An Overview of Formulation, Process, and Equipment Design Variables that Influence Extrudate Attributes...

The review should refer to what is of importance/interest for the particular project. Each evaluation of a publication should detail what the publication contains that makes it worthy of inclusion, e.g. a theoretical development, experimental data, details of equipment design. It may be appropriate to add a subjective judgement of the publication, e.g. good/poor useful/background overview/detailed study etc. 

The first order of business in the study of a new reaction in the context of process research and development is to measure reaction rates, establish approximate reaction orders for empirical power-law rate equations, and obtain values of their apparent rate coefficients. This chapter presents a brief overview of laboratory equipment, design of kinetic experiments, and evaluation of their results. It is intended as a tour guide for the practical chemist or engineer. More complete and detailed descriptions can be found in standard texts on reaction engineering and kinetics [G1-G7],... 

K. W. Olsen, Batch fluid-bed processing equipment. A design overview Part IP, Pharmaceutical Technologyy 6, 39-50 (1989). 

Having defined and gathered data adequate for an initial reserves estimation, the next step is to look at the various options to develop the field. The objective of the feasibility study is to document various technical options, of which at least one should be economically viable. The study will contain the subsurface development options, the process design, equipment sizes, the proposed locations (e.g. offshore platforms), and the crude evacuation and export system. The cases considered will be accompanied by a cost estimate and planning schedule. Such a document gives a complete overview of all the requirements, opportunities, risks and constraints. 

Overview of Microwave Reactor Design and Laboratory and Industrial Equipment... 

After some considerations relating to microwave technology, we will examine microwave ovens and reactor background. The limits of domestic ovens and temperature measurements will be analyzed, as well as design principles of microwave applicators. Next, a brief overview of laboratory, experimental and industrial equipment will be given. 

The "P" has been replaced with "BSL" or Biosafety Level. There are four biosafety levels which are defined according to a combination of facility design, laboratory practices and techniques, equipment and health and safety controls. It is not practical to try to completely describe all of the features and definitions pertaining to biocontainment laboratories in a chapter dedicated to an overview of design. Therefore, we will concentrate on the elements of building design for "maximum containment" or BSL-4 facilities. 

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