Gas dispersion modelling is the process used to predict the location and concentration of gases released into the air during an industrial accident. It is a process for estimating the concentration of gases in air. It involves using mathematical equations to solve for the concentration of gases based on certain inputs, including weather conditions and the physical characteristics of the area.
Hazard Identification & Risk Assessment (HIRA) is a systematic process used to identify potential hazards, assess their likelihood and consequences, and implement measures to manage or mitigate the associated risks. This process is a fundamental component of various safety management systems, including Process Safety Management (PSM), and is applied across industries to prevent accidents, incidents, and other adverse events.
Functional safety is a concept that’s used in industries where the consequences of failure can be fatal. The goal of functional safety is to make sure that any product or system you develop will not cause the kind of harm or damage that could lead to death or injury. Functional safety is a critical element of the design and development of safety-critical systems. Functional safety aims to ensure that a system or device cannot produce an unsafe situation.
Process safety gap assessment are used to identify areas of potential hazards in a process. The assessment includes identifying the process steps, looking at each step, and determining whether there is any potential for dangerous situations or failure modes. The Process safety gap assessment is used to identify potential hazards and possible solutions.
Hazardous Area Classification (HAC) is a systematic process used to classify and define areas within industrial facilities where the presence of potentially flammable or explosive atmospheres could occur due to the presence of hazardous gases, vapors, liquids, or dusts. These hazardous areas are categorized based on the likelihood and extent of the presence of such materials.
A Quantitative Safety Risk Assessment (QRA) is a valuable tool for determining the risk of the use, handling, transport and storage of dangerous substances. Quantitative risk assessment is a process that helps organizations to identify, quantify, and manage risks associated with particular decisions.
A Safety Integrity Level (SIL) study is a systematic analysis and assessment of the functional safety of safety instrumented systems (SIS) used in industrial processes. These studies are commonly performed in industries where the consequences of failures could result in serious harm to people, the environment, or property. The goal of a SIL study is to determine the required SIL for safety instrumented systems and ensure that they meet the desired level of risk reduction.
Hazards and Operational Procedures Study (Hazop) is a hazard analysis method used to evaluate the risks associated with a process, product or procedure. This study involves a systematic evaluation of hazards and their likelihood of occurrence, as well as the severity of their consequences.
Process safety management is a systematic approach to managing risk in processes that are necessary for the production of goods and services. Process safety management includes proactive hazard identification, risk assessment, and risk mitigation activities, as well as reactive emergency response activities. The process safety management system is a combination of management systems, procedures, and practices to ensure safe operations at all times.
Drone inspection is the use of drones to inspect buildings, structures, and infrastructure. Unlike traditional methods of inspections, drone inspections can be done quickly and affordably. They are also more accurate than conventional methods of inspection because they don’t require human dependence on visual cues or other factors that could be unreliable or inaccurate.
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