Guidance Testing & Inspection
Solution > Plant Safety: LOPA Solution: Plant Safety: LOPA Guidance Testing & Inspection Solution: Plant Safety: LOPA Dipl.-Ing. Dr. Martin Doktor Dipl.-Ing. Dr. Martin Doktor Deutschstraße 10 1230 Wien Österreich +43 5 0454 6137 Send email Deutschstraße 10 1230 Wien Österreich Save to My Bundle Dipl.-Ing. Dr. Martin Doktor Save to My Bundle TÜV AUSTRIA Vertrieb TÜV AUSTRIA Vertrieb Deutschstraße 10 1230 Wien +43 5 0454 1700 +43 5 0454 71700 Send email Deutschstraße 10 1230 Wien Save to My Bundle TÜV AUSTRIA Vertrieb Save to My Bundle TÜV AUSTRIA GMBH TÜV AUSTRIA GMBH Region: Österreich Deutschstraße 10 1230 Wien Österreich +43 5 0454 0 Send email Deutschstraße 10 1230 Wien Österreich Save to My Bundle TÜV AUSTRIA GMBH Save to My Bundle LOPA - Layer of Protection Analysis In which region do you need this solution? Austria Romania Cyprus Switzerland Germany Turkey Greece Spain Italy Belgium English Czech Republic Poland Slovenia Albania Portugal United Kingdom KSA Egypt India All accreditations "LOPA (Layer of Protection Analysis) is a semi-quantitative method for carrying out a risk assessment and risk evaluation." LOPA (Layer of Protection Analysis) is a semi-quantitative method for carrying out a risk assessment and risk evaluation. The quality of safety equipment for process-related operational sources of hazards is determined and reviewed. LOPA is always based on a previous qualitative method (SWIFT, HAZOP). In the course of this qualitative examination, it may turn out that some scenarios are to be subjected to a more detailed examination using LOPA. Deciding factors for performing a LOPA are: A specific potential effect (such as an irreversible injury or release of a substance) A previously defined tolerable risk per scenario (such as: minimized risk matrix or risk priority number) Expert decision by the team If the quality of the safety equipment for a scenario is specified by a specific standard, a set of rules or by the manufacturer, it is not necessary to classify the safety equipment according to the LOPA method, since LOPA cannot call into question the protective equipment required in these specific sets of rules either. In many cases, however, rules and regulations do not prescribe the quality of safety equipment as a fixed requirement, but rather define it on the basis of a risk analysis. More Tags: AOJ II 309/2004 Assembly evaluation Cellulose Chemistry Directive 1999/92/EC Energy supplier EX Explosion safety Food Food industry Foodstuffs Hazard analysis Industry LOPA Machinery Directive (2006/42/EC)Paper Petrochemistry Pharmaceuticals industry Plant safety Pressure Equipment Directive 2014/68/EU Recycling Risk analysis SEVESO Steel Trade Regulations Act (AOJ I 88/2000)VEXAT Waste recycling Related solutions from the same sector: Industry Plant Safety: QRA Show more Save to my Bundle Plant Safety: FMEA & FMECA Show more Save to my Bundle Pressure test Show more Save to my Bundle All Solutions Discover more sectors: Agriculture Automotive Certification Communications Technology Construction & Real Estate Electronics Energy Foodstuffs Health & Medicine IT & Security Leisure & Entertainment Machinery Municipalities Science & Research Sports & Fitness Sustainability Tourism Trade & Commerce Transport & Traffic Martin Doktor +43 5 0454 6137 \| martin.doktor@tuv.at
Martin Doktor +43 5 0454 6137 \| martin.doktor@tuv.at

Solution > Plant Safety: LOPA

Solution: Plant Safety: LOPA

LOPA (Layer of Protection Analysis) is a semi-quantitative method for carrying out a risk assessment and risk evaluation. The quality of safety equipment for process-related operational sources of hazards is determined and reviewed.

LOPA is always based on a previous qualitative method (SWIFT, HAZOP). In the course of this qualitative examination, it may turn out that some scenarios are to be subjected to a more detailed examination using LOPA.

Deciding factors for performing a LOPA are:

A specific potential effect (such as an irreversible injury or release of a substance)
A previously defined tolerable risk per scenario (such as: minimized risk matrix or risk priority number)
Expert decision by the team

If the quality of the safety equipment for a scenario is specified by a specific standard, a set of rules or by the manufacturer, it is not necessary to classify the safety equipment according to the LOPA method, since LOPA cannot call into question the protective equipment required in these specific sets of rules either.

In many cases, however, rules and regulations do not prescribe the quality of safety equipment as a fixed requirement, but rather define it on the basis of a risk analysis.