Safety Analysis of Intensified Distillation Processes Using Existing and Modified Safety Indices

Manufacturers are currently facing immense challenges because of intense competition in the market and stringent environmental regulations. Consequently, they are adopting process intensification for sustainable manufacturing; this intensification impacts the economics, harmful emissions, and proces...

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Published inControl and Safety Analysis of Intensified Chemical Processes p. 1
Main Authors Shrikhande, Savyasachi, Deshpande, Gunawant K, Rangaiah, Gade Pandu, Patle, Dipesh Shikchand
Format Book Chapter
LanguageEnglish
Published Weinheim, Germany John Wiley & Sons 2024
Wiley‐VCH GmbH
Subjects
Online AccessGet full text
ISBN3527352627
9783527352623
DOI10.1002/9783527843657.ch9

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Abstract Manufacturers are currently facing immense challenges because of intense competition in the market and stringent environmental regulations. Consequently, they are adopting process intensification for sustainable manufacturing; this intensification impacts the economics, harmful emissions, and process safety. Hence, it is important to analyze intensified processes using suitable safety indices that can reliably depict the risk of the process. In this chapter, three process alternatives, namely, conventional sequence of columns, dividing‐wall column (DWC), and DWC with mechanical vapor recompression (DWC–MVR), are analyzed using three safety indices, namely, individual risk (IR), damage index (DI), and process route index (PRI), from the literature. Later, the safety prospects of the three processes are discussed based on experienced engineers' recommendations obtained through a survey. Similarity and dissimilarity between the safety prospects depicted by the considered indices and those suggested by the experts are deliberated. Finally, an improved PRI (iPRI) is proposed to make it more comprehensive and relevant for analyzing and comparing the safety of both intensified and conventional processes. It is found that the proposed index depicts the safety of the considered processes in line with the experts' recommendations.
AbstractList Manufacturers are currently facing immense challenges because of intense competition in the market and stringent environmental regulations. Consequently, they are adopting process intensification for sustainable manufacturing; this intensification impacts the economics, harmful emissions, and process safety. Hence, it is important to analyze intensified processes using suitable safety indices that can reliably depict the risk of the process. In this chapter, three process alternatives, namely, conventional sequence of columns, dividing‐wall column (DWC), and DWC with mechanical vapor recompression (DWC–MVR), are analyzed using three safety indices, namely, individual risk (IR), damage index (DI), and process route index (PRI), from the literature. Later, the safety prospects of the three processes are discussed based on experienced engineers' recommendations obtained through a survey. Similarity and dissimilarity between the safety prospects depicted by the considered indices and those suggested by the experts are deliberated. Finally, an improved PRI (iPRI) is proposed to make it more comprehensive and relevant for analyzing and comparing the safety of both intensified and conventional processes. It is found that the proposed index depicts the safety of the considered processes in line with the experts' recommendations.
Author Patle Dipesh Shikchand
Rangaiah Gade Pandu
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Snippet Manufacturers are currently facing immense challenges because of intense competition in the market and stringent environmental regulations. Consequently, they...
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StartPage 1
SubjectTerms Chemistry & Chemical Engineering
Control Systems
damage index
dividing‐wall column
General References
individual risk
mechanical vapor recompression
Process Design, Control & Automation
process intensification
process route index
safety
TableOfContents 9.1 Introduction 9.2 Safety Indices for Process Safety Assessment 9.3 Description of Distillation Systems 9.4 Selection of Safety Indices 9.5 Results and Discussion 9.6 Survey of Engineers and Discussion of Their Responses 9.7 Improved PRI 9.8 Conclusions Acknowledgments References
Title Safety Analysis of Intensified Distillation Processes Using Existing and Modified Safety Indices
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