Roeslein & Associates’ Post

Rotating equipment is essential in industries like oil and gas, power generation, and manufacturing. It comprises machinery with components designed to rotate around an axis (e.g. pumps, compressors, turbines, and motors). Maintenance and safety measures are critical to ensure their efficient operation and reliability across various industrial applications, and guarding the rotating axis is key to protecting people. Learn more: https://lnkd.in/eb_fEvEv #healthandsafety #safety #riskmanagement 

Lesson 1 Case Study. Performing Major overhaul of Large Centrifugal Gas Compressor Plz take notes.don't hesitate to contact me for any details. #Rotating #Maintenance #steamturbine #Assembly #Disassembly #Clearance #0verhauling #Oilandgas #Powerplant #Petrochemicals #Rotatingequipment #Mechanical #Mechanicalengineer #Maintenance #ubrication #lubricants #oilandgas #oilindustry #oilfieldservices #oilanalysis #oilrefinery #turbomachinery #machinery #turbines #turbo #conditionbasedmaintenance #conditionbasedmonitoring #conditionmonitoring #conditionmonitoring

Delivering advanced functionality to enhance operations process Instrumentation & Automated Services in Oil and Gas #MaritimeIndustry #Shipping #Logistics #Ports #MarineTechnology #Shipbuilding #MaritimeLaw #CargoHandling #Navigation #MarineSafety #OceanTrade #MaritimeRegulations

Please take note of the following information: Regular Operation Of Subsea Hydraulic Power Unit Monitoring and Maintenance Routine Inspections: It's important to conduct regular visual inspections and maintenance checks. Filter Replacement: Replace filter elements according to the maintenance schedule or when differential pressure indicates clogging. Pressure Adjustments: Adjust system pressures as necessary based on operational requirements. Data Logging: Keep a log of pressure readings, fluid levels, and maintenance activities. Analyze Trends: Regularly analyze operational data to identify any trends or potential issues. Conclusion Following this detailed technical methodology ensures the safe and efficient commissioning, starting up, and operation of the Subsea Hydraulic Power Unit (HPU). Giving proper attention to the filtration system, pressurizing pumps, charging accumulators, fluid transfer, and recirculation processes is crucial for maintaining system integrity and performance.  😊 To be continued 😊

First commissioning of Kobelco reciprocating compressor after 15 years of installation and maintenance in bad conditions

Overhaul of API617 Centrifugal Process Gas Compressor_ single stage

#handover #maintenance #centrifugal #pumps #oilandgas #permittowork #LOTO #isolation #Electricalbreaker #repaire #shutdown #startup #communication #operation Handover of a centrifugal pump to maintenance in the oil and gas industry involves several crucial steps to ensure safety and proper documentation. Here’s a general guide: 1. Prepare for Handover - Check Equipment Status: Ensure the pump is isolated from the system and fully depressurized. - Notify Operations: Inform the control room or operations team about the handover to avoid system disruptions. - Follow Permits and Procedures: Ensure that a work permit (e.g., Lockout/Tagout) is approved for maintenance work. 2. Isolate the Pump - Shut Down the Pump: Stop the pump according to the operational procedure and confirm it is not under load. - Isolate Energy Sources: Lockout electrical, hydraulic, or pneumatic energy sources. - Drain and Vent: Drain the pump and associated piping, and vent it to eliminate trapped gases or liquids. - Block Valves: Close all inlet and outlet valves to prevent flow through the pump. 3. De-energize and Lockout/Tagout (LOTO) - Electrical Isolation: Disconnect and lockout electrical power to the pump to prevent accidental startup. - Tag the Pump: Attach LOTO tags to equipment to indicate that it is under maintenance. 4. Perform Condition Checks - Inspect Pump: Conduct a visual inspection for any leaks, wear, or unusual conditions that could assist the maintenance team. - Record Operational Data: Note the pump’s operational data before handover, such as temperature, pressure, and flow rate. 5. Documentation - Log the Handover: Record the handover in the maintenance management system, specifying the time and date, pump serial number, and relevant conditions. - Report Issues: Highlight any abnormal conditions or recent issues in the log. 6. Communicate with Maintenance - Provide Complete Information: Share all necessary data, including operation logs, inspection findings, and known issues, with the maintenance team. - Coordinate Timing: Ensure alignment between operations and maintenance schedules to avoid conflicts. 7. Verify Handback After Maintenance -Check Post-Maintenance Status: After maintenance, verify the pump's condition, ensuring no defects, leaks, or incomplete work. - Test Pump: If applicable, conduct testing to confirm the pump operates as expected before bringing it back online.

Pigging pipline process:: Pigging in the oil and gas industry is a fascinating process that involves using specialized devices called pigs to perform various maintenance tasks within pipelines without interrupting the flow of the product. Let’s dive into the details: What Is Pigging? Pigging refers to the practice of using pipeline inspection gauges or gadgets, commonly known as pigs, to carry out maintenance operations within pipelines. These operations include tasks like cleaning, inspecting, and clearing the pipeline. Importantly, pigging is done while the product continues to flow through the pipeline

COMPLIMENTARY WEBINAR Safety Lore 22 - key lessons from rotating equipment 13 February 2024, 10:00 - 11:00 GMT Safety Lore 22 will focus on the criticality of protecting individuals from rotating equipment. We will focus on two incidents that have occurred and take some key learnings from them. Rotating equipment comprises machinery with components designed to rotate around an axis. This is essential in industries like oil and gas, power generation and manufacturing. Examples of rotating equipment in these industries include pumps, compressors, turbines, and motors. The equipment mentioned play a critical role in liquid transfer, gas compression, power generation and various manufacturing processes, often in industries we may take for granted due to not being major accident hazard sites. Maintenance and safety measures are crucial to ensure their efficient operation and reliability across diverse industrial applications and guarding the rotating axis is key to protecting people. Register to attend https://lnkd.in/e2g4yQ7Z #ProcessSafety #RotatingEquipment #KeyLessons #IChemESafetyCentre

What is the #difference between #Maintenance_and_Repair services? Maintenance and repair are two distinct activities in the operation and upkeep of gas turbines and compressors, although they are often related. Here’s the difference between the two: #Maintenance: 1. Maintenance refers to the regular activities performed to keep equipment in good operating condition and prevent unexpected failures. 2. Gas turbine and compressor maintenance includes tasks such as inspection, cleaning, lubrication, and parts replacement according to a predetermined schedule or condition-based monitoring. 3. Maintenance activities aim to identify and address potential issues before they lead to equipment downtime or failure, thereby optimizing performance and extending the lifespan of the equipment. 4. Examples of maintenance tasks for gas turbines and compressors include blade inspection, filter replacement, alignment checks, and vibration analysis. #Repair: 1. Repair, on the other hand, involves fixing equipment that has experienced a malfunction, breakdown, or damage. 2. Gas turbine and compressor repair activities are reactive and carried out in response to identified issues or failures that impact equipment performance or safety. 3. Repair tasks may include component replacement, welding, machining, reconditioning, and troubleshooting to identify and rectify the root cause of the problem. 4. The goal of repair is to restore the equipment to its original or acceptable operating condition, minimizing downtime and ensuring continued reliability. In summary, maintenance focuses on proactive measures to prevent failures, while repair addresses issues that have already occurred. Both are essential aspects of managing gas turbines and compressors to ensure optimal performance, reliability, and safety.