H Nordic AB’s Post

ATEX and IECEx The most important thing in these times is to make sure you have the right partner. Ask for certificates and see to it that they meet your standards. [email protected] #Hnordic #Marinesuperintendant #vesselmanagement #Vessel #Shipbuilding #MaritimeIndustry #Projekt #Energireducering #Industri #Projektering #Nybyggnation #Ombyggnation #problemlösning #vedlikehold #strategisktunderhåll #underhåll #släckabränder #hållbarhet #energieffektivisering #energibesparing #stakeholders   #offshore #shippingindustry #blueeconomy #fueleconomy #atex #safteyfirst #safety #explosionproof #oilandgasindustry #sjöfart #skip #sikkerhet #explosionprotection #LNG  #petroleum #petrochemical #petroleumengineering #protection #industrialdesign #electricalengineering #firefighting #riskmanagement #enclosures #security #exdexplosionproof #pepperlfuchs #chemicalengineering #chemicalindustry #oilfield #oilindustry #oilgas #chromatography #spectroscopy #processcontrol #processautomation #chemicalprocessing #refiningprocesses #gas #oilandgasexploration #oilandgascompanies #oilandgasservices #energy #lightingproject #hazardousareas #Atex #IECEx #explosionproof #KNPC #adnoc #oil #energy #chemicalindustry #industriallight #JSRS #API #ul #etl

Storage Tanks & Loading Facilities Overview of storage tanks and loading facilities: 👉Storage Tanks: -Types: Storage tanks come in various types and sizes depending on the specific requirements of the stored products. Common types include atmospheric storage tanks, pressurized storage tanks & refrigerated storage tanks. -Materials: Storage tanks are typically constructed from steel, concrete, or fiberglass-reinforced plastic (FRP), chosen for their durability, corrosion resistance & compatibility with the stored products. -Design: Storage tank design considers factors such as product type, storage capacity, temperature, pressure & environmental conditions. Tanks may be equipped with insulation, heating/cooling systems & cathodic protection to maintain product quality & prevent corrosion. -Safety Features: Storage tanks are equipped with safety features such as overflow protection, emergency venting systems & containment measures to prevent spills, leaks & environmental damage. -Maintenance: Regular inspection, maintenance & integrity testing are essential to ensure the reliability & safety of storage tanks. Activities may include cleaning, painting, corrosion monitoring & structural integrity assessments. 👉Loading Facilities: -Purpose: Loading facilities are used to transfer hydrocarbons from storage tanks to transportation vessels such as trucks, railcars, ships & pipelines for distribution to end-users or export terminals. -Equipment: Loading facilities are equipped with pumps, meters, valves & loading arms or hoses to transfer hydrocarbons safely & efficiently. Automated systems & control panels monitor & control the loading process. -Safety Measures: Loading facilities adhere to strict safety regulations & standards to prevent accidents, spills & environmental contamination. Measures include grounding & bonding systems, vapor recovery systems & emergency shutdown systems. -Loading Procedures: Loading procedures vary depending on the transportation mode & product type but generally involve verifying product specifications, connecting loading equipment, initiating product transfer, & monitoring the process for safety & compliance. -Training and Compliance: Operators and personnel involved in loading operations receive training on safety protocols, emergency procedures, and regulatory compliance to ensure safe and efficient operations. 👉Environmental Considerations: -Storage tanks and loading facilities are subject to environmental regulations governing emissions, spills, and contamination. -Operators implement measures to minimize environmental impact, such as spill containment, leak detection systems, and wastewater treatment. -Environmental assessments and permits may be required for the construction and operation of storage tanks and loading facilities, particularly in sensitive areas or near water bodies. #oilandgasindustry #productionengineering #oilsoft #petex #pipesim #software #installation #well #aspentech #refinery

Pumping stations and tank farms In the design and construction of pumping stations and tank farms under B31.4, which applies to liquid pipeline systems, the specifics of handling and storing liquids differ from those in B31.8, which governs gas pipelines. Liquids, being pumped and stored under minimal pressure, necessitate a focus on different operational aspects compared to gases. Construction of these facilities must be thoroughly planned, with specifications adhering to industry standards and codes. All work must be supervised by personnel with expertise in both code requirements and practical aspects of pipeline operations. The piping systems must comply with B31.4 standards, ensuring safe handling, storage, and transportation of liquids like petroleum, alcohols, and anhydrous ammonia. Fabrication and erection of piping systems require strict adherence to code guidelines, with strainers and filters built to the same criteria as the piping they serve, ensuring system integrity. Fire protection is a critical element in these facilities, incorporating firewalls and containment dikes to safeguard against potential hazards. Electrical installations must meet NFPA 70 and API RP 500C standards, ensuring safe and compliant operation of electrical equipment in hazardous areas. Tanks must be constructed to meet specific vapor pressure requirements to safely handle the stored liquids. Buried pipe-type holders for storage must also conform to B31.4 specifications, addressing considerations like corrosion, leakage, and pressure requirements. Overall, adherence to these comprehensive standards ensures the safe, efficient, and compliant operation of pumping stations and tank farms in the liquid pipeline industry. Piping Systems & Pipeline 2005 J. Phillip Ellenberger McGrawHill (written with AI assistance) #b314 #b318 #tankfarm #pumpingstation #holder #corrosion #leakage #containment #dikes #nfpa #apirp

Quick opening closures Quick opening closures are engineered to reduce cleaning and maintenance time of pressure vessels to a minimum. One person with standard wrenches is able to open and close even the largest quick opening closure in total safety, thanks to the Pressure Warning Device supplied together with the QOC, which advise the operator about the pressure inside the equipment. We can design and realize quick opening closure or jaws type in accordance with the ASME code Sez. VIII App. 24, or sector type. There are several different names that can be applied to quick opening closures such as Quick Actuating Devices and Quick Opening End Closures. Whatever name they are given, all of these devices have the same use; to enable a pressure vessel to be opened as quickly as possible. There are two main reasons why quick opening is essential. – To avoid potential safety implications. – To facilitate easy and fast cleaning and maintenance. Both of these reasons are important if you want to maintain the safety and smooth running of your processes. The quick opening closures are expertly designed for optimum efficiency. The quick opening closures can easily be opened and closed by a single person using a standard wrench. Even larger quick opening closures can be operated in this way in complete safety as they are supplied together with a pressure warning device which provides information about the level of pressure inside the equipment. We are able to provide quick opening closures in accordance with ASME code Sez. VIII App. 24, or sector type. Contact our experts about supplying reliable quick opening closures for your business. Speak to us about supplying quick opening closures for your pressure vessels. At CELAD Multi-Services Limited we provide the right instruments or solutions for the job. For further inquiry please call +2349022095174 or [email protected] #Forain #Celad #OEM #pressurevesseltechnology #industrialmachinery #pressurecontainment #vesselintegrity #reliableequipment #OilAndGas #NigeriaEnergy #NigerianOil #NigerianGas #EnergySector #OilIndustry #GasIndustry #EnergyResources #CrudeOil #NaturalGas #OilProduction #GasProduction #OilExploration #GasExploration #EnergyInfrastructure #OilReserves #GasReserves #PetroleumIndustry #OilField #GasField #EnergyEconomy #OilRevenue #downtimeminimization #processefficiency #industrialengineering #equipmentmaintenance #plantmaintenance #manufacturing #industrialautomation #chemicalengineering #mechanicalengineering #pressurevesselparts #vesselcomponents #industrialupgrades #assetoperability #processsafety #industrialhygiene #pressurevesselregulations #asmecompliance #pressurevesselcertification #industrialvessel #vesselmaintenancetools #vesselclosures

The main thing is safety. No projekt is too big, no project is too small. Our main thing is to help you increase the safety. ATEX LED lighting [email protected] #Hnordic #Marinesuperintendant #vesselmanagement #Vessel #verkstad #verksted #Shipbuilding #MaritimeIndustry #Projekt #Energireducering #Industri #Projektering #Nybyggnation #Ombyggnation #problemlösning #vedlikehold #strategisktunderhåll #underhåll #släckabränder #hållbarhet #energieffektivisering #energibesparing #stakeholders   #offshore #shippingindustry #blueeconomy #fueleconomy #atex #safteyfirst #safety #explosionproof #oilandgasindustry #sjöfart #skip #sikkerhet #explosionprotection #LNG  #petroleum #petrochemical #petroleumengineering #protection #industrialdesign #electricalengineering #firefighting #riskmanagement #enclosures #security #exdexplosionproof #pepperlfuchs #chemicalengineering #chemicalindustry #oilfield #oilindustry #oilgas #chromatography #spectroscopy #processcontrol #processautomation #chemicalprocessing #refiningprocesses #gas #oilandgasexploration #oilandgascompanies #oilandgasservices #energy #lightingproject #hazardousareas #Atex #IECEx #explosionproof #KNPC #adnoc #oil #energy #chemicalindustry #industriallight #JSRS #API #ul #etl

Understanding the Impact of Material Selection on Firewater Systems in Offshore H₂S Platforms When it comes to firewater systems on offshore H₂S platforms, the stakes are high. The presence of hydrogen sulfide (H₂S), combined with harsh environmental factors like seawater and high pressures, demands careful selection of materials to ensure safety, durability, and reliability. Key Considerations: 1️⃣ Corrosion Resistance: Materials must withstand sulfide stress corrosion cracking (SSCC) and hydrogen embrittlement caused by H₂S. 2️⃣ Seawater Compatibility: Firewater systems often use seawater, which increases the risk of pitting and microbial-induced corrosion. 3️⃣ Material Selection: Super Duplex Stainless Steel and Nickel-based Alloys like Monel and Inconel provide excellent resistance. GRE/GRP Pipes are lightweight and corrosion-resistant but need proper mechanical support. Carbon Steel is economical but requires robust coatings and regular maintenance to prevent degradation. 4️⃣ Safety Challenges: Material failure due to corrosion or embrittlement can compromise firewater systems, critical for emergency response. Best Practices: ✅ Use materials compliant with standards like NACE MR0175/ISO 15156 for sour service. ✅ Employ protective coatings, cathodic protection systems, and regular inspections to extend system life. ✅ Design systems to balance performance, safety, and cost-effectiveness. By prioritizing the right material choices and maintenance strategies, we can build resilient systems that ensure the safety of offshore operations. Let’s continue sharing knowledge to elevate offshore safety and engineering excellence. What are your thoughts on material challenges in offshore environments? #OffshoreEngineering #HSE #FirewaterSystems #CorrosionResistance #MaterialScience

．．．．．（ＰＡＲＴ 2／2） 🧲Specific Considerations for Different Equipment Types: 📍Pressure Vessels: Regular inspections for corrosion, cracks, and other damage are crucial. Hydrostatic testing may be required to verify pressure integrity. 📍Storage Tanks: Inspections focus on shell integrity, roof condition, and foundation settlement. Leak detection and corrosion monitoring are essential. 📍Piping Systems: Inspections target corrosion, leaks, and support systems. Regular testing for leaks and pressure integrity is important. 📍Heat Exchangers: Inspections address tube integrity, fouling, and corrosion. Performance monitoring helps identify efficiency issues. 🧲Industry Standards and Regulations: 📍ASME Boiler and Pressure Vessel Code (BPVC): Provides requirements for design, fabrication, inspection, and testing of pressure vessels. 📍API Standards: Cover various aspects of equipment in the oil and gas industry, including tanks, piping, and pressure vessels. 📍OSHA Regulations: Address workplace safety requirements, including equipment maintenance and inspection. 🧲Benefits of Effective Maintenance and Inspection: 📍Enhanced Safety: Prevents equipment failures that could lead to accidents and injuries. 📍Improved Reliability: Reduces downtime and production losses due to equipment malfunctions. 📍Extended Equipment Life: Proactive maintenance and timely repairs prevent premature equipment degradation. 📍 Cost Savings: Avoids costly repairs and replacements resulting from equipment failures. 📍 Compliance with Regulations: Ensures adherence to safety and environmental regulations. 🧲Implementing a Successful Program: 📍 Develop a Comprehensive Plan: Define inspection intervals, maintenance tasks, and responsibilities. 📍 Utilize Technology: Implement computerized maintenance management systems (CMMS) for tracking and scheduling. 📍 Train Personnel: Ensure personnel are qualified and trained on proper inspection and maintenance procedures. 📍 Document and Review: Maintain detailed records of inspections, maintenance activities, and equipment history. #oilandgas #oilgas #oil #oilfield #oilindustry #oilandgasservices #oilfieldequipment #oilandgascompanies #oilandgaslife #OilandGas #oilandgasjobs #OperationalExcellence #pdo #procurement #PipingSystems #PreventiveMaintenance #pressurevessels #powerindustry #piping #Power #Project #PressureVessels #Polarity #pipeline #plant #PressureManagement #processengineering #PressureTesting #refinery #Rupturedisks #roel #roelsolution  #SMAW #SAW #stress #SuperDuplexStainlessSteels #steel #SensitiveLeakTest #saw #SafetyFirst #StructuralIntegrity #steelstructures #standard  #startup #SafetyDevices  #tanks #temperature #terminal #toughness #TIG #Tanks  #uae #qaqcengineer #qaengineer #qcengineer #qcjobs #qa #qc #qainspector #qcinspector #QualityAssurance #QualityControl #QAManager #QCManager #qamanager #qcmanager #qaqcmanager #QAMANAGER #QCMANAGER

Special ATEX and IECEx This fixture will withstand harsh environment for years to come #Hnordic #Marinesuperintendant #vesselmanagement #Vessel #Shipbuilding #MaritimeIndustry   #offshore #shippingindustry #blueeconomy #fueleconomy #atex #safteyfirst #safety #explosionproof #oilandgasindustry #sjöfart #skip #sikkerhet #explosionprotection #LNG  #petroleum #petrochemical #petroleumengineering #protection #industrialdesign #electricalengineering #firefighting #riskmanagement #enclosures #security #exdexplosionproof #pepperlfuchs #chemicalengineering #chemicalindustry #oilfield #oilindustry #oilgas #chromatography #spectroscopy #processcontrol #processautomation #chemicalprocessing #refiningprocesses #gas #oilandgasexploration #oilandgascompanies #oilandgasservices #energy #lightingproject #hazardousareas #Atex #IECEx #explosionproof #KNPC #adnoc #oil #energy #chemicalindustry #industriallight #JSRS #API #ul #etl

🔧 Understanding the Different Types of Pipe Reducers in Engineering In piping systems, reducers play a key role in connecting pipes of different sizes, enabling smooth flow transitions and minimizing turbulence. Here’s a look at the main types: Concentric Reducers: These maintain symmetry, gradually reducing pipe diameter around a central axis. Ideal for vertical flow but can cause air pockets in horizontal systems. Eccentric Reducers: Flat on one side, these prevent air pockets in horizontal pipelines, making them ideal for pump suction lines. Custom Reducers: Made for specific needs, handling irregular flow patterns or unique system constraints. Choosing the right type enhances flow efficiency, minimizes pressure loss, and improves system longevity. 🌊 #EngineeringEssentials #PipeFittings #FluidMechanics #MaintenanceTips #EngineeringExplained #QualityAssurance #QualityControl #OilAndGas #SafetyFirst #QAQC #QM #QMHSE #Quality #Safety #QCEngineer #HSE #QHSE #ContinuousImprovement #Wegauge

Proper Design Can Prevent Fires in Refineries and Oil Plants Proper design and arrangement of equipment in processing units, storage areas, and loading/unloading areas can prevent potential hazards from resulting in fires. Design should be consistent with accepted industry codes and supplemented with good engineering practices by personnel having a knowledge of equipment service and its potential hazards. Key aspects of the design should include construction materials, mechanical design and equipment construction, and the process control system. All potential unwanted conditions should be consider in equipment and system design. Also HAZOP should be done before design and equipment selection... Some unwanted conditions can lead to fires or explosions in refineries. Some of those 1- Vapor clouds resulting from release of flammable liquids or gases. 2- Spill releases of flammable liquids. 3- Pressure increase in vessels beyond their design. 4- Loss of inerting, enriching, or diluting systems 5- Increase in temperatures due to unstable conditions. 6- Formation of flammable mixtures inside equipment. 7- Mixing of incompatible chemicals. 8- Conditions can resulting in dust explosions. 9- Undue vibration and surge from process conditions.  10- Vessel rupture due to pressure/flow demand greater than relief capacity. 11- Vessel rupture due to brittle fracture. 12- Failures of flanges, gaskets, seals, or plugs. 13- Weld or casting failures. 14- Overstressing of vessel shell. 15-Excess vibration. 16- Excess corrosion/erosion. 17-Failure due to external loading or impact. 18- Internal explosion. 19-Tube rupture from overheating.(Furnaces and heating coils) Source of video: https://lnkd.in/dFNEh9G5 #oil #refinery #LPG #LNG #gas #storage #tanks #vessel #pipe #pipeline #HAZOP #desing #rupture #overheating #corrosion #vibration #weld #inspection #maintenance #fire #firesafety #processsafety #operationalsafety #safe #engineering #chemical #mechanical #terminal #learning