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#Marineengineering Reel by @sorengsara (verified account) - Reklame: Gratulerer med kvinnedagen!Vi vet at det kan være vanskelig å finne riktig størrelse - spesielt når sko og hansker ofte ikke finnes små nok.
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@sorengsara
Reklame: Gratulerer med kvinnedagen!Vi vet at det kan være vanskelig å finne riktig størrelse – spesielt når sko og hansker ofte ikke finnes små nok. Men hos @wenaasworkwearas har de løsningen! De har sko, hansker, arbeidstøy og alt du trenger – uansett størrelse.✨ På denne kvinnedagen hyller vi alle sterke, dyktige kvinner som står på hver eneste dag. Dere fortjener utstyr som passer like godt som dere passer til jobben! ✨ - - - - - - #wenaasworkwear #ppe #marineengineering #shipping #maintenance #sailor #reklame
#Marineengineering Reel by @raja.stories - Not everyone can handle the heart of a ship. ⚙️🔥 Main engine overhaul is not just a job - it's pure skill, precision, and marine engineering mastery.
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@raja.stories
Not everyone can handle the heart of a ship. ⚙️🔥 Main engine overhaul is not just a job — it’s pure skill, precision, and marine engineering mastery. Deep inside the engine room, real heroes rebuild the power that moves giants across oceans. Only the strongest and most skilled can do this. 🌊🚢 #MarineEngineering #EngineRoomLife #MainEngine #ShipLife #Seafarers MaritimeWorld OceanGiants EngineeringSkills LifeAtSea ShipEngine HardWork TechnicalLife SeaWarriors ViralReels
#Marineengineering Reel by @internationalmaritimestraining - 🌊💡 Did you know about "Sea soil dumping"? 🚮🌊 It's the practice of disposing of dredged materials, construction debris, or waste into the ocean, b
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@internationalmaritimestraining
🌊💡 Did you know about "Sea soil dumping"? 🚮🌊 It's the practice of disposing of dredged materials, construction debris, or waste into the ocean, but 🚫 it can have harmful impacts on marine ecosystems and our environment. 🌊💔 Dumping materials in the sea can lead to water pollution, coastal erosion, and disrupt marine life 🐟🌊. This affects the delicate balance of our oceans, which is crucial for biodiversity and the well-being of our planet 🌎. 🌊🛑 Thankfully, many countries and organizations have put regulations in place to control or restrict sea soil dumping. ♻️🌊 Moreover, there are eco-friendly alternatives like reusing dredged materials for construction projects or habitat restoration 🌱🏗️. #OceanConservation #EnvironmentalProtection #Sustainability #SaveOurOceans #ProtectMarineLife #MaritimeIndustry #Shipping #MarineTechnology #MaritimeInnovation #OceanTransportation #PortsAndTerminals #MarineEngineering #MaritimeLogistics #MaritimeTrade #NavalArchitecture #Seafarers #MaritimeSafety #Oceanography #MaritimeLaw #MarineEnvironment #MaritimeEducation #MaritimeHistory #Shipbuilding #MaritimeEconomics #MaritimeSecurity #CruiseShipDepartures #ThrusterControl #MaritimeMastery #JourneyOfDiscovery #PassionForTheSea
#Marineengineering Reel by @viralvideoms - Heavy-Duty Lifting: Powering Up Marine Airbags! 🚢⚓ ​Watch the incredible power of pneumatic pressure as a massive marine salvage airbag is inflated
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@viralvideoms
Heavy-Duty Lifting: Powering Up Marine Airbags! 🚢⚓ ​Watch the incredible power of pneumatic pressure as a massive marine salvage airbag is inflated to support a heavy vessel! This is a fascinating glimpse into the world of maritime engineering, where air becomes the strongest tool on the dock. ​The Science of Marine Airbags ​This process is a prime example of heavy-lift technology used for ship launching, dry-docking, and salvage operations: ​The Setup: A large, multi-layer rubber airbag is positioned under the hull of a ship or barge. These bags are designed to be extremely durable, often reinforced with synthetic-tire-cord layers to withstand immense pressure. ​The Inflation (0:00 - 0:09): A worker uses a high-pressure air compressor line to fill the bag. As the air enters, you can see the bag expand and tension against the weight of the vessel. The loud "hiss" and the visible spray are indicators of the high-velocity air being forced into the chamber. ​Buoyancy and Support: These airbags work on a simple principle: they convert air pressure into lifting force. By distributing the weight of the ship over a large surface area, the bags can lift thousands of tons without damaging the hull. ​Versatility in Action: Unlike traditional dry docks, these airbags allow ships to be launched or repaired in locations with limited infrastructure. Once inflated, they can even act as rollers to move the ship toward the water. ​The Final Lift: Once at full pressure, the airbag provides a stable, cushioned base that allows engineers to perform maintenance or prepare for a dynamic launch. ​This rugged yet precise method is a testament to how creative engineering solutions can solve the massive challenges of the shipping industry! ​What’s the heaviest thing you’ve ever seen moved by man-made machinery? Tell us below! 👇 ​#MarineEngineering #ShipLaunching #MaritimeIndustry #IndustrialPower #HeavyLifting EngineeringMarvel ShipyardLife PneumaticPower
#Marineengineering Reel by @ocean_innovator - 🌊 Marine Engineering Mastery - Day 4 ⚙️ Main Engine Components Explained The main engine is the heart of the ship ❤️ Understanding its components i
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@ocean_innovator
🌊 Marine Engineering Mastery – Day 4 ⚙️ Main Engine Components Explained The main engine is the heart of the ship ❤️ Understanding its components is the first step to becoming a good marine engineer. 🔩 Major Components: 🔹 Cylinder Liner Acts as the combustion chamber and guides the piston. 🔹 Piston Transmits the power of combustion to the connecting rod. 🔹 Piston Rings ✔ Seal the combustion space ✔ Control lubrication oil ✔ Transfer heat to liner 🔹 Connecting Rod Connects piston to crankshaft and converts reciprocating motion into rotary motion. 🔹 Crankshaft Converts power into rotational motion to drive the propeller. 🔹 Cylinder Head Contains: ✔ Fuel injector ✔ Exhaust valve ✔ Starting air valve ✔ Indicator cock 🔹 Camshaft Controls fuel injection and exhaust valve timing. ⚡ Why It Matters? A small fault in one component can reduce: ❌ Engine efficiency ❌ Power output ❌ Fuel economy That’s why regular inspection is critical 🔍 💡 Did You Know? In large slow-speed engines, the piston diameter can be almost 1 meter! 😲 👉 Follow for daily marine engineering knowledge #MarineEngineering #MainEngine #ShipEngine #EngineRoom #MarineEngineer ⚓
#Marineengineering Reel by @duudutv - The moment a centrifugal purifier fails, it isn't just a mechanical breakdown-it's a high-speed catastrophe. 🚢💥 Swipe to see the aftermath of a bowl
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@duudutv
The moment a centrifugal purifier fails, it isn’t just a mechanical breakdown—it’s a high-speed catastrophe. 🚢💥 Swipe to see the aftermath of a bowl burst. When a unit spinning at 8,000+ RPM loses integrity, the kinetic energy released is massive. This is why high-grade engineering and precision maintenance aren’t just “options” in the engine room; they are life-saving requirements.#maritimesafety #ship #duudutv#marineengineering #engineroom
#Marineengineering Reel by @shipsmith.social - 🚢 Propeller & Stern Tube System: The Heart of Marine Propulsion See the power in action! This is your vessel's propulsion system at work-the intrica
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@shipsmith.social
🚢 Propeller & Stern Tube System: The Heart of Marine Propulsion See the power in action! This is your vessel's propulsion system at work—the intricate coordination between stern tube, intermediate shafts, tail shaft, and propeller that transforms engine power into forward motion. 🔧 The Complete Propulsion Assembly: Stern Tube: The protective housing that seals the tail shaft where it passes through the hull. Prevents water ingress, supports shaft bearings, and houses the stern tube bearing—critical for the entire propulsion system. Intermediate Shafts: Connect the main engine to the tail shaft through the gearbox. Handle tremendous torque and rotational forces. Proper alignment is essential—misalignment causes vibration, bearing wear, and fuel inefficiency. Tail Shaft: The final shaft segment extending from stern tube to propeller. Maximum stress occurs here. The tail shaft bearing supports the propeller's weight and handles all hydrodynamic forces. Propeller: Converts rotational energy into thrust. Propeller efficiency depends on proper pitch, blade condition, and freedom from fouling or damage. ⚡ Critical Maintenance Points: • Stern tube bearing lubrication (oil or water-lubricated) • Tail shaft alignment and runout checks • Propeller blade inspection for cracks and corrosion • Coupling bolts torque verification • Shaft vibration monitoring during operation One small issue—worn bearing, misaligned shaft, or damaged blade—cascades into major problems: fuel inefficiency, vibration, cavitation damage, and failure. Engine room professionals monitor this system constantly. Your propeller works hard every second at sea. Maintain it diligently and it'll keep your vessel moving reliably across the globe. ⚓ #PropellerSystem #SternTube #MarineEngineering #PropulsionSystem #ShipSmith #EngineRoom #VesselMaintenance #TailShaft #MaritimeProfessional #ShipSmithGroup
#Marineengineering Reel by @shipsmith.social - Crude Oil Fractional Distillation: Understanding Marine Fuel Production 🛢️⚙️ Every vessel at sea runs on fuel refined from crude oil through a preci
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@shipsmith.social
Crude Oil Fractional Distillation: Understanding Marine Fuel Production 🛢️⚙️ Every vessel at sea runs on fuel refined from crude oil through a precise industrial process: fractional distillation. Understanding how marine fuel is produced is essential for marine engineers, fuel handlers, and anyone involved in vessel operations. The fuel that powers your ship isn't random—it's a carefully engineered product extracted at specific temperature ranges from crude oil. The fractional distillation tower separates crude oil into different products based on boiling point. Crude oil enters the furnace at the bottom, heated to extreme temperatures. As vapors rise through the tower, they cool gradually. Different hydrocarbons condense at different heights, creating distinct fuel products. LPG condenses at the top (cooler), while heavy residue settles at the bottom (hotter). Each layer produces a specific fuel type with unique properties. For maritime professionals, this matters because marine vessels use different fuel types depending on operational requirements. Heavy Fuel Oil (HFO) powers large cargo ships and tankers—it's the residue from distillation, thick and energy-dense. Marine Gas Oil (MGO) is cleaner, used in sensitive waters and port approaches. Understanding fuel properties, viscosity, flash points, and sulfur content is critical for engine performance, environmental compliance, and operational safety. Poor fuel quality can damage engines, increase emissions, and create regulatory violations. The refining process determines fuel quality. Temperature control, separation efficiency, and processing standards all impact the final product. When you're responsible for fuel management aboard a vessel, you're managing the output of this complex industrial process. Know your fuel. Understand its properties. Respect the engineering behind it. 🌊⛽ #CrudeOil #FuelProduction #MarineFuel #HeavyFuelOil #MarineEngineering #ShipSmith #VesselOperations #FuelManagement #MaritimeTechnology #EngineRoom
#Marineengineering Reel by @lrn.it - Why Is This Ship "Flying"? 🌊🚢 ​Forget everything you know about traditional hulls. Watch what happens as soon as we catch some speed! 🚀 ​Instead
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@lrn.it
Why Is This Ship "Flying"? 🌊🚢 ​Forget everything you know about traditional hulls. Watch what happens as soon as we catch some speed! 🚀 ​Instead of fighting the waves, this ship rises above them on three high-tech pillars (hydrofoils). By lifting the main hull out of the water, we eliminate almost all drag and—more importantly—those stomach-turning jerks. ​The result? ​Zero Seasickness: Since the hull isn't hitting the waves, the "bobbing" motion is gone. 🤢❌ ​Buttery Smooth: It feels more like a private jet than a boat. ✈️💎 ​Maximum Efficiency: Less water resistance means more speed with less fuel. ​Engineering at its finest. Who’s ready for a cruise that actually lets you keep your lunch? 🍽️⚓ ​#Hydrofoil #MarineEngineering #SmoothSailing #LuxuryTravel #OceanInnovation
#Marineengineering Reel by @engineering_school_9 - Types of Cargo Ships Explained | Container, Tanker, Bulk Carrier & More 🚢 9 Types of Cargo Ships You Must Know 🚢 (90% People Don't Know This!) Eve
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@engineering_school_9
Types of Cargo Ships Explained | Container, Tanker, Bulk Carrier & More 🚢 9 Types of Cargo Ships You Must Know 🚢 (90% People Don’t Know This!) Ever wondered how goods travel across the world? 🌍 From cars 🚗 to crude oil 🛢️ to fresh fruits 🍎, these cargo ships handle everything! 🚢 Discover the 9 most important cargo ships used in global trade: Container Ship | Oil Tanker | Bulk Carrier | Gas Carrier | Chemical Tanker | Ro-Ro Vessel | Reefer Ship | Cattle Carrier | General Cargo Ship 💡 This is how the world’s economy moves every day! 👉 Save this post & follow for more engineering knowledge! 1. Container Ship 👉 Used to transport goods packed in containers (like electronics, clothes, machinery). 📦 Most common for international trade. 2. Oil Tanker 👉 Carries crude oil or refined petroleum products (diesel, petrol). 🛢️ Designed with large storage tanks. 3. Bulk Carrier 👉 Transports loose bulk materials like coal, grain, iron ore, cement. ⚒️ No packaging—cargo is loaded directly. 4. Gas Carrier 👉 Carries liquefied gases like LPG or LNG. ❄️ Maintains very low temperature to keep gas liquid. 5. Chemical Tanker 👉 Transports chemicals (hazardous or non-hazardous liquids). ⚗️ Tanks are specially coated for safety. 6. Ro-Ro Vessel (Roll-on/Roll-off) 👉 Used for vehicles like cars, trucks, buses. 🚗 Vehicles are driven on and off the ship. 7. Reefer Ship 👉 Carries temperature-sensitive goods like fruits, vegetables, meat. ❄️ Has refrigeration systems. 8. Cattle Carrier 👉 Used to transport live animals like cows, sheep. 🐄 Equipped with ventilation, food, and water systems. 9. General Cargo Ship 👉 Carries mixed cargo (boxes, machinery, goods not in containers). 📦 Flexible use for different types of goods. cargo ships types, types of cargo ships, container ship, oil tanker, bulk carrier, gas carrier, chemical tanker, ro ro vessel, reefer ship, cattle carrier, general cargo ship, shipping industry, marine engineering, ship types and uses, logistics shipping, ocean transport #CargoShip #ShippingIndustry #MarineEngineering #ShipTypes #Logistics 👉 “You see ships… but do you know what they carry?”
#Marineengineering Reel by @josromp - Not today 🤫 . . . . #seaman #lifeatsea #marineengineering #marineengineer
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@josromp
Not today 🤫 . . . . #seaman #lifeatsea #marineengineering #marineengineer
#Marineengineering Reel by @unpackedknowledge - What you're seeing here is a massive ship being scraped clean because of biofouling. Over time, algae, barnacles, and tiny sea organisms attach to the
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@unpackedknowledge
What you’re seeing here is a massive ship being scraped clean because of biofouling. Over time, algae, barnacles, and tiny sea organisms attach to the hull. Even though they look small, they create drag in the water, which forces the ship to burn more fuel and move less efficiently. This buildup can also damage the metal and spread invasive species across oceans. Scraping the hull keeps the ship fast, fuel-efficient, and safer for marine ecosystems. . #ShipMaintenance #Biofouling #MarineEngineering #Reels #ForYouPage

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#Marineengineering is one of the most engaging trends on Instagram right now. With over thousands of posts in this category, creators like @unpackedknowledge, @shipsmith.social and @internationalmaritimestraining are leading the way with their viral content. Browse these popular videos anonymously on Pictame.

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