Let’s discuss tips for reading civil drawings of a petrochemical or power plant. Reading civil drawings for a petrochemical or power plant can be a complex task, as these drawings typically involve intricate details and a variety of symbols specific to the industry. Here are some tips to help you effectively read and understand civil … More Reading Civil drawings
Let’s discuss the function of a “jockey pump” in a fire system at a petrochemical or power plant. In a fire protection system at a petrochemical or power plant, a “jockey pump” serves a critical function to maintain adequate pressure and ensure the reliability of the firefighting system. Let’s dive into the details: In summary, … More Please explain Jockey Pumps
Let’s discuss berm design for flammable liquid storage tanks in a petrochemical plant. Berms play a crucial role in containing and managing potential spills or leaks from storage tanks, particularly when dealing with flammable liquids. They serve as a protective barrier to prevent the spread of hazardous materials and reduce the risk of fire or … More Berms for Flammable Liquids
Let’s discuss a model MOC program in a petrochemical plant. A Management of Change program is an essential element in ensuring the safe and effective operation of industrial facilities, particularly in high-risk industries like petrochemicals. It helps manage modifications or changes to processes, equipment, procedures, and personnel that may impact safety, operations, or the environment. … More Management of Change
Let’s discuss Layer of Protection Analysis in a petrochemical plant. Layer of Protection Analysis (LOPA) is a risk assessment method commonly used in the process industries, including petrochemical plants, to evaluate and manage potential hazards. LOPA helps identify and analyze the layers of protection that prevent or mitigate the consequences of a hazardous event. Here’s … More LOPA – Stacking up the Protection
Let’s discuss a risk matrix for a refinery PHA. A risk matrix is a valuable tool used in Process Hazard Analysis (PHA) to assess and prioritize risks based on their severity and likelihood. It helps refinery operators and engineers make informed decisions regarding risk mitigation strategies. Here’s a step-by-step guide to creating a risk matrix … More Refinery Risk Matrices
List some publicly available fire model programs that would be useful for a fire protection engineer in the energy field. There are several publicly available fire modeling programs that are useful for fire protection engineers in the energy field. Here are some notable examples: These programs offer various capabilities for fire modeling and simulation in … More Fire Modeling – Part 2
Let’s discuss a sulfadation study at a refinery. Sulfadation is a common issue in refineries and refers to the corrosion caused by the presence of sulfur compounds in various process streams. Sulfur compounds can be present in crude oil, fuel gases, and other hydrocarbon streams, and their presence can lead to the formation of corrosive … More Understanding Sulfadation in a Refinery
Let’s discuss CUI at refineries. CUI stands for Corrosion Under Insulation, and it is a significant challenge in refineries and other industrial facilities. CUI occurs when moisture becomes trapped between insulation material and the underlying metal surface, leading to corrosion and potential structural damage. Refineries use insulation materials to maintain process temperatures, prevent heat loss, … More Corrosion Under Insulation Basics
Let’s discuss the role of a reliability team at a refinery The role of a reliability team at a refinery is crucial for ensuring the safe and efficient operation of the facility. The primary focus of the reliability team is to identify, analyze, and manage risks associated with equipment and systems within the refinery to … More What does a reliability team do at a refinery?
Energy Risk Engineering Insights 