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Risk Assessment tailored to cryogenics - LINDE approach
<!--HTML-->The following Risk Assessment Tools will be presented: **HAZID – Hazard Identification Study** Application: if the process contains new applications or provides new challenges (e.g. plant location) Purpose: Identify hazards such as fire/explosion, toxic impact, occupational hazar...
Autor principal: | |
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Lenguaje: | eng |
Publicado: |
2016
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Materias: | |
Acceso en línea: | http://cds.cern.ch/record/2220130 |
Sumario: | <!--HTML-->The following Risk Assessment Tools will be presented:
**HAZID – Hazard Identification Study**
Application: if the process contains new applications or provides new challenges (e.g. plant location)
Purpose: Identify hazards such as fire/explosion, toxic impact, occupational hazards etc. and assess adequate preventive / mitigation measures
**HAZOP – Hazard and Operability Study**
Application: for all Projects
Purpose: Detailed review of design reflected in the PID to ensure that adequate safeguards are available for all possible process upsets or maloperations.
**HAZAN – Hazard Analysis**
Application: for all PFHE (plate-fin heat exchangers), CWHE (coil wound heat exchangers) and straight tube sheet heat exchangers
Purpose: detailed analysis of the impact of process upset conditions and start-up / shut down scenarios on the lifetime of the heat exchangers – including definition of additional safeguards, if required.
**TQR – Technology Qualification Review**
Application: for applications which are new in any manner (process, equipment)
Purpose: Structured analysis of the level of novelty and the technical risk (quantified with risk matrix) including – if required - definition of additional measures to reduce the technical risk to low prior to realisation of the project. |
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