Guidance Testing & Inspection
TÜV AUSTRIA Websites > Stage TR > Solution > Endüstri > Systemic Hazard and Risk Analysis Solution: Systemic Hazard and Risk Analysis Guidance Testing & Inspection Solution: Systemic Hazard and Risk Analysis Dipl.-Ing. Dr. Martin Doktor Dipl.-Ing. Dr. Martin Doktor Deutschstraße 10 1230 Wien Österreich +43 5 0454 6137 E-posta gönder Deutschstraße 10 1230 Wien Österreich Paketime Kaydet Dipl.-Ing. Dr. Martin Doktor Paketime Kaydet TÜV AUSTRIA GMBH TÜV AUSTRIA GMBH Region: Österreich Deutschstraße 10 1230 Wien Österreich +43 5 0454 0 E-posta gönder Deutschstraße 10 1230 Wien Österreich Paketime Kaydet TÜV AUSTRIA GMBH Paketime Kaydet Sytemische Gefahrenanalyse & Risikoanalyse Bu çözüme hangi bölgede ihtiyacınız var? Avusturya Romanya Kıbrıs İsviçre Almanya Türkiye Yunanistan İspanya İtalya Belçika İngilizce Çek Cumhuriyeti Polonya Slovenya Arnavutluk Portekiz Birleşik Krallık KSA Mısır Hindistan Tüm akreditasyonlar "TÜV AUSTRIA analysis covers all aspects of a plant: production, process, engineering, automation, chemistry, pipeline construction & maintenance." Current understanding of safe operation of plant and machinery requires a systematic approach in order to reliably identify and eliminate risks or reduce them to an acceptable level. In addition to protecting people and the environment, this also encompasses economic risks such as production outages up to the destruction of individual components or even entire plants. The aim of systematic risk analysis is to identify and evaluate possible divergences from intended and planned functions and activities. The outcome of systematic hazard and risk analyses results in: Identification of vulnerabilities Specific instructions for necessary modification measures Reliable results provided by a team of experts and traceable documentation Planning reliability When a team of experts participating in an analysis is assembled, both by the operators and by the planners of a new plant, care must be taken to cover all aspects of the plant, such as: production, process engineering, electrical engineering, automation technology, chemistry, apparatus and pipeline construction, and maintenance. The analysis is led by an independent facilitator from TÜV AUSTRIA and the outcome of the discussions is recorded by a secretary for all to see. Daha Fazla Etiket: AOJ II 309/2004 Assembly evaluation Cellulose Chemistry Directive 1999/92/EC Energy supplier EX Explosion safety Food Food industry Hazard analysis Industry 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 Aynı Sektördeki İlgili Çözümler: Endüstri Plant safety: Subassembly evaluation Endüstri Daha fazla göster Koleksiyonuma Kaydet Welding, WPQ testing Endüstri Daha fazla göster Koleksiyonuma Kaydet Wire, Overhead Conductor, Contact Wire Testing Endüstri Daha fazla göster Koleksiyonuma Kaydet Legal compliance Endüstri Daha fazla göster Koleksiyonuma Kaydet Tüm Çözümler Daha Fazla Sektör Bul: Belediyeler Bilim & Araştırma Boş Zaman & Eğlence Elektronik Enerji Gıda Maddeleri İletişim Teknolojisi İnşaat ve Emlak IT & Güvenlik Makine Otomotiv Sağlık & Tıp Sertifikasyon Spor & Fitness Sürdürülebilirlik Tarım Ticaret & Sanayi Turizm Ulaşım & Trafik Martin Doktor +43 5 0454 6137 \| martin.doktor@tuv.at
Martin Doktor +43 5 0454 6137 \| martin.doktor@tuv.at

TÜV AUSTRIA Websites > Stage TR > Solution > Endüstri > Systemic Hazard and Risk Analysis

Solution: Systemic Hazard and Risk Analysis

Current understanding of safe operation of plant and machinery requires a systematic approach in order to reliably identify and eliminate risks or reduce them to an acceptable level. In addition to protecting people and the environment, this also encompasses economic risks such as production outages up to the destruction of individual components or even entire plants.

The aim of systematic risk analysis is to identify and evaluate possible divergences from intended and planned functions and activities.

The outcome of systematic hazard and risk analyses results in:

Identification of vulnerabilities
Specific instructions for necessary modification measures
Reliable results provided by a team of experts and traceable documentation
Planning reliability

When a team of experts participating in an analysis is assembled, both by the operators and by the planners of a new plant, care must be taken to cover all aspects of the plant, such as: production, process engineering, electrical engineering, automation technology, chemistry, apparatus and pipeline construction, and maintenance.

The analysis is led by an independent facilitator from TÜV AUSTRIA and the outcome of the discussions is recorded by a secretary for all to see.