Learning outcome

A candidate with completion of the course technical safety and maintenance must be able to demonstrate the learning outcomes in terms of knowledge, skills and general expertise by:

• List the benefit of planning the maintenance

• Describe relevant techniques for condition monitoring of multiple types of technical equipment

• Render financial advantages and disadvantages associated with spare parts storage

• Clarify how to get started with the systematization of maintenance

• Explain potential hazard when handling flammable, pressurized and toxic substances in industry

• Describe the steps in a HAZOP analysis

• Describe any adverse events in the industry and what consequences they have

• · Render basic principles of safety analysis in industrial projects perform simple calculations of lifecycle costs

• Perform fault tree analysis to identify kritikale components

• Using nomograms for finding failure probability function on the basis of observed failures

• Diagnose equipment using some methods for condition monitoring

• Calculating emissions, events and response to industrial accidents

• Show ability to contribute as a participant in HAZOP analysis

• Demonstrate how one finds HSE requirements in the legislation

• Explain the economic importance of a good maintenance strategy

• Document and prepare analyzes, plans, solutions

• Awareness to bring HSE work into the solution during the development of new processes and production methods

Course Description

Terminology, definitions and principles, accessibility and importance of maintenance to availability of the production equipment. Types and choice of maintenance. Maintenance management, organization of maintenance, reliability centered maintenance (RCM) and maintenance efficiency. Failure Probability, exponential distribution and Weibull distribution. Maintenance Strategy, operating and life cycle costs (LCC) and spare parts management.

Overview of state concept and condition monitoring methods. Organization of condition monitoring. Basics of vibration theory and vibration analysis, mathematical basis, principles of measurement, analysis techniques. Theoretical basis for thermodynamic performance monitoring, performance monitoring. Oil Analysis, wear mechanisms and methods of analysis. Briefly about other non-destructive methods for inspections. Fault tree analysis.

Trend Analysis and diagnostics. Presentation of programs for performance monitoring and fault diagnosis based on measured results.

Moreover, the course introduces toxicology, leakage calculations, spread, fire and explosions. Hazard identification using rough calculations and HAZOP. Laws and regulations are also reviewed. The course will provide practical examples to illustrate the theory and methods that are the basis of safety analyzes in process and offshore industry.

Teaching and Learning Methods

Lectures, compulsory exercises, group presentations and workshop.

Assessment Methods

The final grade of the subject is determined as follows:

The result of the written test for each of the parts Technical Safety and Technical Maintenance accounts for 50% of the final grade.

To get the grade, at least 80% of the exercises must be completed and approved. Approval may be implemented as correcting teacher or through the student's presentation of their solutions for other students after further described arrangement.

Minor adjustments may occur during the academic year, subject to the decision of the Dean