Petrochemicals

  • Reading wiring diagrams.

    Let’s discuss tips for reading wiring diagrams in petrochemical or power plants. Reading wiring diagrams in petrochemical or power plants can be complex due to the intricate electrical systems and the critical nature of these industries. However, with proper knowledge and practice, you can become proficient at interpreting these diagrams. Here are some essential tips Read more

  • Back to Drawing Basics

    Let’s discuss tips for reading P&ID drawings in petrochemical or power plants. Reading P&ID (Piping and Instrumentation Diagram) drawings is essential for engineers and operators working in petrochemical or power plants. These detailed diagrams provide valuable information about the process flow, equipment, and instrumentation used in the plant. Here are some tips to help you Read more

  • Please explain Jockey Pumps

    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, Read more

  • Berms for Flammable Liquids

    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 Read more

  • Management of Change

    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. Read more

  • LOPA – Stacking up the Protection

    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 Read more