Target oriented safety analysis and quantitative risk assessment
using suitable hardware and updated software versions
CK-Trikolor has reached leading position level for more than a decade in Hungary in the field of risk assessment and safety analysis as well as in providing compliance with regulatory requirements for hazardous plants. Our customers are from the traditional industry and from the nuclear industry.
The company is widely recognized for its expertise in the analysis of risks arising from applied technologies and the preparation of safety assessment. In the field of industrial safety, we support our clients with a number of analytical methods and procedures related to safe operation and risk mitigation measures.
Our dedicated experts' knowledge and our technical background are recognized internationally.
Safety Analysis / Report on: SAPP, Critical Infrastructure or CNI, OSP
Licensing the operation of a hazardous plant is legally bound by the existing legislation to the fulfillment of quantitative criteria. To prove the compliance, a quantitative risk analysis should be established. CK-Trikolor has professional expertise in this field.
HAZOP (IEC 61882,), SIL (IEC 61511; IEC 61508), LOPA, fault tree and event tree analysis.
ISO and OHSMS support using risk analysis
The employer applies good practice when the risk analysis and the risk assessment are organized and carried out in a coordinated way in areas where risks are to be expected. The latest ISO and OHSMS standards require the preparation and periodic updating of the current risk assessment.
Support of Enterprise Risk Management (ERM)
Establishment of insu- irance fee calculations, cost-benefit, cost-risk analysis.
Determination of seismic hazards
The Probabilistic Seismic Hazard Analysis (PSHA) refers to the calculation of a ground- motion parameter (e.g. peak ground acceleration, seismic intensity and the estimation of its occurrence probability to cause ground-motion exceeding a given value within the given time intervals at the site.
Risk and safety analysis of nuclear power plants
Nowadays under the risk assessment of nuclear power plants, we consider - based primarily on the PSA method - a computer assisted analysis using a rather complicated model of the safety related technological systems.
In order to increase safety and cost-effectiveness, we carry out qualitative and quantitative analyzes using professional tools and techniques. In addition, we provide proof of compliance. Our main goal is to reach and maintain customer satisfaction and to provide continuous development.
Purpose of the risk assessment
We develop solutions that improve the safety and cost-effectiveness of the operator's business success based on the following:
Hazard Analysis, Risk Analysis, Optimization, Acceptance Assessment.
Improving the safety management system, increasing competitiveness, risk monitoring, cost-benefit analyzes and consequence analyzes.
Deliverables providing benefits for the customer: