High pressure involves a high risk potential and places high demands on the competence of all employees. The experts from TÜV AUSTRIA will provide you with practical know-how for the manufacture and technology of steam boilers and pipelines as well as the transport of gases or vapours. With us you are on the right track.
The ASME Boiler and Pressure Vessel Code (ASME BPVC), is the largest standard developed by the American Society of Mechanical Engineers. It regulates design, manufacture, inspection, and testing of boilers, nuclear components, and other pressure vessels.
The standard EN 13480 represents the harmonized product standard for pipelines according to the pressure equipment directive (PED). In this seminar you will learn all essential guidelines and regulations regarding the EN 13480 provisions including the supportive harmonized norms (e.g. material standards).
The standard EN 61511 has established as referenz regulation for safety functions. This course offers insights into the requirements of the standard as well as into the stages of the safety life cycle.
Main objectives of risk analysis are avoidance of personal, environmental and material damage as well as securing availability of technical systems and processes.
This course is designed for a personal refreshing regarding functional safety as well as for the maintainance of the personal certificate as certified expert for Functional Safety and Process Technology.
Optimization methods and procedures to assess industrial risks, based on time-dependent and time independent damage mechanisms as well as on the release of production- and operating materials, help to minimize or even prevent the amount of undesirable loss of production, increase safety and make risk based decisions for economical operating modes more flexible within the standards of regulating requirements.
The focus of the course will be on the basic HAZOP methodology, on important themes to be covered within the study, on requirements and restrictions, and on organizational issues. Several application examples will be worked out together with the course group.
Layer of protection analysis (LOPA) is a quantitative tool for analyzing and assessing risk on a process plant.
It uses an order of magnitude technique to evaluate the adequacy of existing or proposed layers of protection against known hazards.
Content and requirements of the pressure equipment directive 2014/68/EU (PED) must be implemented within all European Union member states since July 2016. In this seminar you will learn why PED requires a risk assessment rather than hazard analysis and what kind of challenges need to be addressed in the position as manufacturer, operator or installer of pressure equipment and assemblies.
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