Abstract

Enhancing the safety of any production system is a very important aspect in industries nowadays since it greatly reduces losses of resources. Moreover, safety ensures the health of the workers and a risk free environment. Often, most industries integrate safety in the useful life or during maintenance of their production systems. But this approach which is costly and sometimes causes the destruction of the existing system, seems to be irrelevant. A better solution is to consider safety in the process design of production system installation. To fulfill this aim, both probabilistic modelling of technical safety and modelling by Safety Features (SaF) give a better opportunity, and a step by step methodology to design safety production systems are proposed in this work. In order to be efficient in this approach, both proactive and reactive information are needed, and Safety Features (SaF) should be tools to sustain safety actors’ view in design collaborative communication. A case study has been lunched for illustration in hydroelectric power dam in Cameroon.

Highlights

  • Design is the synthesis, the putting together, of ideas to achieve a desired purpose [1]

  • This paper has proposed a mathematical model of technical system safety and characterised Safety Features

  • It has defined what a Safety Feature is, identified their different categories and classified them under specific groups based on their position and function

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Summary

Introduction

The putting together, of ideas to achieve a desired purpose [1]. Users in order to correct the errors or reduce the risk associated carry out modifications on the system which is costly and can be destructive To solve this problem of cost and destruction, the modifications done can be integrated in the upcoming design process in the form of Safety Features (SaF). This is based on the fact that design is the first stage in production systems’ development and so design offers the earliest, and hopefully the cheapest place to intervene and get it right. The results obtained will be presented, discussed and illustrated in a System Safety Installation (SSI) designed in a hydroelectric dam

Manufacturing Features
Modelling
Design
Features Based Design
Integration of Safety in Design
Analytical Technical Safety Modelling
Reliability and Maintainability
Probabilistic Model of Systems Technical Safety
Safety Features Modelling
Definition
Characterization
Safety Features List Identification
Risk Analysis
Findings
Conclusion
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