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Uporaba razvojnega okolja DeltaV pri zasnovi farmacevtskega proizvodnega obrata
ID Hostnik, Jan (Author), ID Klančar, Gregor (Mentor) More about this mentor... This link opens in a new window

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Abstract
Magistrsko delo se osredotoča na predstavitev potrebnih teoretičnih znanj za uspešno implementacijo računalniških sistemov v farmaciji. Ključni del je razumevanje programskega okolja DeltaV, ki predstavlja enega izmed najpogosteje uporabljenih procesnih računalniških sistemov v industriji (ang. Distributed control system, s kratico DCS). V prvi del magistrskega dela je vključena teorija. Začnemo s kratko predstavitvijo teorije sistemov DCS, nato sledi opis ključnih zadev standarda ISA S88.01, ki definira terminologijo in module šaržnih sistemov. Zadnji del pa predstavlja dobre avtomatizirane proizvodne prakse (GAMP), ki so ključne pri življenjskem ciklu vsakega računalniškega sistema v farmaciji. Drugi del predstavlja predstavitev programskega okolje DeltaV. V njem predstavimo šest ključnih programov v tem programskem okolju, ki so ključni za uspešno implementacijo in nato validacijo vsakega računalniškega sistema. Zadnji del magistrske naloge pa predstavlja končno implementacijo celotnega farmacevtskega proizvodnega obrata. V tem delu predstavimo ključne module vodenja in faze, ki smo jih implementirali. Na koncu pa še predstavimo uporabniški vmesnik in končni recepturi.

Language:Slovenian
Keywords:DCS, DeltaV, sistem, farmacija, življenjski cikel, S88, fizični model, faza
Work type:Master's thesis/paper
Organization:FE - Faculty of Electrical Engineering
Year:2023
PID:20.500.12556/RUL-144909 This link opens in a new window
COBISS.SI-ID:148227075 This link opens in a new window
Publication date in RUL:22.03.2023
Views:563
Downloads:98
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Secondary language

Language:English
Title:Using the DeltaV development environment in the design of a pharmaceutical manufacturing plant
Abstract:
The master thesis focuses on presenting the necessary theoretical knowledge for the successful implementation of computer systems in pharmacy. The key part is understanding the DeltaV software environment, which is one of the most commonly used distributed control systems (DCS) in the industry. The first part of the master thesis includes theory. We begin with a brief introduction to DCS systems theory, followed by a description of key aspects of the ISA S88.01 standard, which defines the terminology and modules of batch systems. The final part presents good automated manufacturing practices (GAMP), which are crucial for the life cycle of any computer system in pharmacy. The seconds part presents the DeltaV software environment. We present six key programs in the software environment that are essential for successful implementation and subsequent validation of each computer system. The last part of the master thesis presents the final implementation of the entire pharmaceutical production plant. In this part, we present the key control modules and phases that we have implemented. Finally, we present the user interface and final recipes.

Keywords:DCS, DeltaV, system, pharmacy, life cycle, S88, physical model, phase

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