Chemical Engineering Help With Hazop Assignment

6.4 Hazop

Hazard and operability studies(HAZOP) is a methodology for identifying and dealing with potential problems in industrial processes, particularly those which would create a hazardous situation or a severe impairment of the process and is commonly known as HAZOP. It is also called Hazard and Operability Analysis and is said to be the most widely used method of analysis of hazard in the process industries that is the chemical, petrochemical and nuclear industries.
Chemical Engineering Assignment Help Order Now The method applies to processes that are existing or planned for which design information is available. This commonly includes a PFD, which is examined in small sections, such as individual items of equipment or pipes between them and for each of these a design Intention is specified. The Hazop team then determines what are the possible significant and Deviations from each intention, feasible Causes and likely Consequences. It can then be decided whether existing, designed safeguards are sufficient, or whether additional actions are necessary to reduce risk to an acceptable level based on Hazop studies.

There are few guide words which forms the basis of Hazop:

NO OR NOT = Complete negation of the design intent

MORE = Quantitative increase

LESS = Quantitative decrease

AS WELL AS = Qualitative modification/increase

PART OF = Qualitative modification/decrease

REVERSE = Logical opposite of the design intent

OTHER THAN = Complete substitution

EARLY = Relative to the clock time

LATE = Relative to the clock time

BEFORE = Relating to order or sequence

AFTER = Relating to order or sequence

The team comprises of:

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Study leader (Chairman) = someone experienced in Hazop but not directly involved in the design, to ensure that the method is followed carefully

Recorder = Secretary or scribe to ensure that problems are documented and recommendations passed on

Designer = representative of the team which has designed the process to explain any design details or provide further information

User = representative of those who will use it to consider it in use and question its operability, and the effect of deviations

Specialist (or specialists) = someone with relevant technical knowledge

Maintainer = someone concerned with maintenance of the process.

The key feature is to select appropriate parameters which apply to the design intention and these are general words such as Flow, Temperature, Pressure, and Composition. It can be observed that variations in these parameters could constitute Deviations from the design Intention. In order to identify Deviations, the Study Leader applies a set of Guide Words to each parameter for each section of the process.

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