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#Processengineering Reel by @oilgas.id - 🔧 3 PHASE SEPARATOR 
3 Phase Separator adalah peralatan proses yang berfungsi untuk memisahkan fluida hasil produksi sumur menjadi tiga fase utama:
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189.0K
OI
@oilgas.id
🔧 3 PHASE SEPARATOR 3 Phase Separator adalah peralatan proses yang berfungsi untuk memisahkan fluida hasil produksi sumur menjadi tiga fase utama: 1️⃣ Minyak (oil) 2️⃣ Air (water) 3️⃣ Gas (gas) Proses pemisahan ini memanfaatkan perbedaan densitas dan gravitasi, serta didukung oleh desain internal seperti baffle, weir plate, dan mist extractor agar hasil pemisahan lebih optimal. 📌 Bagaimana Cara Kerjanya Singkatnya? Fluida campuran masuk ke separator. Gas naik ke bagian atas dan dialirkan ke sistem pemrosesan gas. Minyak berada di tengah. Air yang lebih berat mengendap di bagian bawah. Setiap fase kemudian dialirkan melalui outlet masing-masing. ⭐Mengapa 3 Phase Separator Sangat Penting? ✅ Menjamin kualitas minyak sebelum pengolahan lanjut ✅ Melindungi peralatan downstream dari kerusakan ✅ Meningkatkan efisiensi pemrosesan ✅ Mengurangi risiko korosi & emulsi ✅ Mendukung stabilitas operasi produksi 🎯 Tanpa 3 Phase Separator yang bekerja optimal, proses produksi migas bisa mengalami penurunan performa, peningkatan biaya perawatan, hingga potensi gangguan keselamatan. 📍 Biasa digunakan pada: Fasilitas produksi minyak & gas Gathering station Offshore & onshore processing plant #3PhaseSeparator #OilAndGasEquipment #MigasIndonesia #SeparatorTank #OilGasProcess #ProductionFacility #EnergyIndustry #ProcessEngineering #OilfieldKnowledge
#Processengineering Reel by @process.vacancy - P&ID legend in chemical plant
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#chemicalengineering #processengineering #meme #chemicalengineeringmemes #engineeringmemes #processengineer
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@process.vacancy
P&ID legend in chemical plant . . . #chemicalengineering #processengineering #meme #chemicalengineeringmemes #engineeringmemes #processengineer
#Processengineering Reel by @coreengineeringg - How does Centrifugal Pump Work?
A centrifugal pump operates based on the principle of centrifugal force. It consists of an impeller, housed within a c
309.2K
CO
@coreengineeringg
How does Centrifugal Pump Work? A centrifugal pump operates based on the principle of centrifugal force. It consists of an impeller, housed within a casing. When the pump is powered, the impeller spins rapidly, creating a centrifugal force that propels the fluid towards the outer edges of the impeller. As the fluid is pushed outward, it gains kinetic energy, creating a low-pressure zone at the impeller's center. This low pressure draws more fluid into the pump from the suction side. The spinning impeller then continuously imparts kinetic energy to the fluid, causing it to move radially outward and ultimately exit through the pump's discharge. In essence, a centrifugal pump transforms mechanical energy into kinetic energy, facilitating the movement of fluid from the inlet to the outlet, making it a vital component in various industrial and domestic applications. 👉 Credit: @get.tractian 👉 Follow @coreengineeringg 👈 #HeatExchanger #ShellAndTube #ThermalEngineering #ProcessEngineering #HeatTransfer #EnergyEfficiency #IndustrialEquipment #EngineeringSolutions #MechanicalEngineering #ChemicalEngineering #HeatExchange #HeatRecovery #EnergySavings #IndustrialDesign #EngineeringLife #EfficientTechnology #EnergyManagement #HeatExchangerDesign #CoolingSystem #HeatTransferFluid #centrifugalpump
#Processengineering Reel by @chemklub_india - Your Ultimate P&ID Checklist for Storage Tanks! 

Tank services may vary, but the fundamentals remain the same. Here's what you need to include:

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CH
@chemklub_india
Your Ultimate P&ID Checklist for Storage Tanks! Tank services may vary, but the fundamentals remain the same. Here’s what you need to include: • Correct tank symbol and internals • Inlet, outlet, vent, drain, overflow, PSV • Piping details (line no., size, material) • Level & pressure instruments with alarms • Control valves, isolation, venting, draining Remember, guidelines are meant to be adapted to project requirements! #PID #StorageTanks #ProcessEngineering #ChemicalEngineering #instrumentation
#Processengineering Reel by @zerotobuilt - A380 Assembly process is art in motion ⚙️ Follow @zerotobuilt for daily engineering / design content ✈️
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#manufacturing #engineer #invention #how
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@zerotobuilt
A380 Assembly process is art in motion ⚙️ Follow @zerotobuilt for daily engineering / design content ✈️ - - - #manufacturing #engineer #invention #howitsmade #entrepreneur #entrepreneur #engineeringlife #processengineering #processengineering #mechanical_engineering #howitworks #engineering
#Processengineering Reel by @pipingplus - 🔥 Typical Piping Arrangements Around Pumps🔥 

💡نمونه جانمایی پایپینگ اطراف پمپ.

📝🔰 آموزش پایپینگ و تجهیزات نفت و گاز

📝Process equipment and pi
90.8K
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@pipingplus
🔥 Typical Piping Arrangements Around Pumps🔥 💡نمونه جانمایی پایپینگ اطراف پمپ. 📝🔰 آموزش پایپینگ و تجهیزات نفت و گاز 📝Process equipment and piping training... ✍🏽🔰 The pump piping design can have an important impact on the operating efficiency and life expectancy of any pump. Hence, the piping design engineer must consider the important points while designing the pump piping layout. The design of a suction and discharge line should be delivered keeping in mind the operability, maintainability, flexibility, and support requirements of the piping system. 🛑✍🏽 Basic Rules of Pump Piping Design: 1. Keep Suction Piping as Short as Possible. 2. Pipe Diameter on Suction Side Should be Equal or One Size Larger Than Pump Inlet. 3. Use Eccentric Reducers on the Suction Side. 4. Eliminate Elbows Mounted on or Close to the Inlet Nozzle of the Pump. 5. Eliminate Potential for Air Entrapment in the Suction Piping. 6. Ensure the Piping Arrangement Does Not Cause Strain on the Pump Casing. 🔷 Note: An expansion joint is installed in piping systems for a couple of reasons. They can be used to absorb vibrations and shock and to relieve anchor stress, reduce noise and compensate for misalignment. Certain expansion joints are also designed for thermal expansion in hot applications. Expansion joints allow pipes to move in three different ways: axial compression or extension, lateral offset or angular deflection. #pumpdesign #pipingengineering #fluiddynamics #mechanicalengineering #processengineering #pipingdesign #pumpefficiency #sustainableengineering #maintenance #engineeringsolutions #thermalexpansion #fluidmechanics #energyefficiency #pipelinedesign #engineeringinnovation #constructionindustry #chemicalengineering#piping#pupm#process @pipingplus @chemklub_india
#Processengineering Reel by @engineering_school_9 - Three Phase Separator Working Principle | Oil, Gas & Water Separation

	What is a Three Phase Separator? Construction, Working & Applications
	Three P
305.8K
EN
@engineering_school_9
Three Phase Separator Working Principle | Oil, Gas & Water Separation What is a Three Phase Separator? Construction, Working & Applications Three Phase Separator Explained – Oil Gas Water Separator Three Phase Separator in Oil and Gas Industry | Process Engineering Three Phase Separator Diagram, Function and Uses A Three Phase Separator is an important process equipment used in the oil and gas industry to separate a mixed fluid stream into oil, gas, and water phases. It works on the principle of density difference and gravity separation. Three phase separators improve production efficiency, protect downstream equipment, and ensure proper treatment of hydrocarbons. These separators are widely used in upstream petroleum processing plants, refineries, and chemical industries. three phase separator three phase separator working principle three phase separator oil gas water oil gas water separator three phase separator diagram three phase separator function three phase separator in oil and gas horizontal three phase separator vertical three phase separator process equipment separator #ThreePhaseSeparator #OilGasSeparator #OilGasIndustry #ProcessEngineering #mechanicalengineering
#Processengineering Reel by @pipingplus - - اجزا برج تقطیر آکنده (فایل توضیحات کامل این موضوع را از کانال تلگرامی دانلود کنید)
✍🏽آدرس کانال جهت دانلود : 
https://t.me/pipingplus

🔷 Ever wond
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PI
@pipingplus
- اجزا برج تقطیر آکنده (فایل توضیحات کامل این موضوع را از کانال تلگرامی دانلود کنید) ✍🏽آدرس کانال جهت دانلود : https://t.me/pipingplus 🔷 Ever wondered what’s inside a Packed Distillation Column? Let’s break it down into 3 key components: 🔹 Packing Material 🔹 Liquid Distributor 🔹 Support Plate Each part plays a BIG role in efficient separation. Stay tuned to learn how they work together! 💡🧪 Follow them for engineering knowledge : @pipingplus @chemklub_india @prp_company #PackedColumn #DistillationDesign #ChemicalEngineering #ProcessEngineering #SeparationProcess #DistillationColumn #PackedTower #MassTransfer #UnitOperations #ChemicalProcess #EngineeringReels #ChemicalReels #ProcessEquipment #AspenPlus 🔷 برج تقطیر آکنده یکی از تجهیزات کلیدی در صنایع برای جداسازی مواد بر اساس تفاوت نقطه جوش. ویژگی‌ها: • نوع آکنده (Packed Column) • راندمان بالا و مصرف انرژی کمتر • افت فشار کمتر نسبت به برج‌های سینی‌دار • مناسب برای فرایندهای مداوم در صنایع نفت و گاز اجزای اصلی برج تقطیر آکنده: • بدنه برج (Shell) • پکینگ یا مواد پرکننده (Packing) • نگهدارنده پکینگ (Packing Support) • توزیع‌کننده مایع (Liquid Distributor) • جمع‌کننده مایع (Liquid Collector) • ورودی و خروجی بخار و مایع • سینی‌های پایینی یا بالایی (در بعضی مدل‌ها) • سیستم کندانسور و ریبویلر (در برج‌های کامل) #برج_تقطیر #فرایند_تقطیر #مهندسی_شیمی #تجهیزات_صنعتی #نفت_و_گاز #طراحی_فرایند 🔴 آموزش پایپینگ و تجهیزات نفت و گاز.
#Processengineering Reel by @coreengineeringg - A cooling tower is a specialized heat rejection device used to dissipate excess heat from industrial processes or air conditioning systems. Here's a b
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@coreengineeringg
A cooling tower is a specialized heat rejection device used to dissipate excess heat from industrial processes or air conditioning systems. Here's a brief overview: Function: Cooling towers facilitate the transfer of heat from hot process water to the atmosphere through the process of evaporation and convection. They help maintain optimal operating temperatures in industrial equipment or air conditioning systems. Design: Cooling towers typically consist of a large, open-topped basin or tower where hot water from industrial processes or air conditioning systems is circulated. As this water flows over heat exchange surfaces, it comes into contact with air, promoting evaporation. The evaporated water carries away heat, and the cooled water is then recirculated through the system. Types: Cooling towers can be categorized into two main types: natural draft and mechanical draft. Natural draft towers use the buoyancy of air to facilitate airflow, while mechanical draft towers employ fans to force air through the tower. Applications: Commonly found in industries such as power plants, petrochemical plants, and HVAC systems, cooling towers play a vital role in maintaining equipment efficiency by preventing overheating. In essence, cooling towers act as heat exchangers that remove excess heat from industrial processes or buildings, promoting efficient operation and preventing equipment damage due to overheating. 👉 Follow @coreengineeringg 👈 #HeatExchanger #ShellAndTube #ThermalEngineering #ProcessEngineering #HeatTransfer #EnergyEfficiency #IndustrialEquipment #EngineeringSolutions #MechanicalEngineering #ChemicalEngineering #HeatExchange #HeatRecovery #EnergySavings #IndustrialDesign #EngineeringLife #EfficientTechnology #EnergyManagement #HeatExchangerDesign #HeatTransferFluid #centrifugalpump #boiler #refinery #powerplant #coolingtower
#Processengineering Reel by @xujaang - Kadang teknologi sederhana justru yang paling bisa diandalkan.
Contohnya: Orifice Plate + DP Transmitter.

Nggak fancy, nggak mahal, tapi dipakai di s
63.5K
XU
@xujaang
Kadang teknologi sederhana justru yang paling bisa diandalkan. Contohnya: Orifice Plate + DP Transmitter. Nggak fancy, nggak mahal, tapi dipakai di seluruh dunia. Kenapa? Karena dia stabil, kuat, dan cocok buat steam, gas, sampai high-pressure line. Maintenance gampang, instalasi simpel, dan hasilnya konsisten asal dipasang bener. Kadang yang klasik itu justru paling ngotot kerja. Hashtag: #OrificePlate #DPTransmitter #FlowMeasurement #Instrumentation #ProcessControl #IndustrialAutomation #EngineeringLife #PlantEngineer #OilAndGas #ChemicalPlant #PowerPlant #MechanicalEngineering #IndustrialEquipment #FlowMeter #OldSchoolTechnology #ReliableTools #ProcessEngineering
#Processengineering Reel by @prp_company - ⁨	⁨	⁨	⁨	📌انواع ولوهای پرکاربرد در صنعت نفت و گاز | Types of Valves in Oil & Gas Industry

در این ویدیو با نحوه عملکرد شش نوع از مهم‌ترین ولوهای صنعتی
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@prp_company
⁨ ⁨ ⁨ ⁨ 📌انواع ولوهای پرکاربرد در صنعت نفت و گاز | Types of Valves in Oil & Gas Industry در این ویدیو با نحوه عملکرد شش نوع از مهم‌ترین ولوهای صنعتی آشنا می‌شوید که نقش حیاتی در کنترل جریان سیالات در واحدهای نفت، گاز و پتروشیمی دارند: 🔸 گیت ولو (Gate Valve) 🔸 چک ولو (Check Valve) 🔸 بال ولو (Ball Valve) 🔸 گلوب ولو (Globe Valve) 🔸 ولو پروانه‌ای (Butterfly Valve) 🔸 پلاگ ولو (Plug Valve) هر یک از این ولوها برای شرایط خاص عملیاتی طراحی شده‌اند و انتخاب درست آن‌ها تأثیر مستقیمی بر ایمنی و بهره‌وری سیستم دارد. اگر به دنیای جذاب مهندسی نفت و گاز علاقه‌مندید، پست‌های بعدی ما را از دست ندهید! In this video, you’ll see how six of the most important industrial valves work — essential components that control fluid flow in oil, gas, and petrochemical systems: 🔸 Gate Valve 🔸 Check Valve 🔸 Ball Valve 🔸 Globe Valve 🔸 Butterfly Valve 🔸 Plug Valve Each valve is designed for specific operational conditions, and choosing the right one plays a key role in safety and system efficiency. If you’re passionate about the oil & gas world, don’t miss our upcoming posts! ⚙️ این پست آموزشی به‌صورت خلاصه و تصویری، عملکرد اصلی شش نوع از پرکاربردترین ولوهای صنعتی را نشان می‌دهد. هدف آن، آشنایی مهندسان، دانشجویان و علاقه‌مندان با نحوه کار و تفاوت انواع ولوها در سیستم‌های فرآیندی است. در ادامه می‌توان در پست‌های بعدی به جزئیات هر ولو، مزایا، معایب و کاربردهای صنعتی آن پرداخت. 🏢 شرکت پترو رادیس پاسارگاد تامین کننده تخصصی تجهیزات نفت،گاز،پتروشیمی و پالایشگاهی ✨تأمین کالای خاص تخصص ماست 📱0912 712 5254 #نفت_و_گاز #صنعت_نفت #مهندسی_فرایند #پتروشیمی #ولو #بال_ولو #چک_ولو #پترو_رادیس_پاسارگاد #گیت_ولو #پروانه_ای #گلوب_ولو #پلاگ_ولو #مهندسی #پالایشگاه #OilAndGas #Engineering #Valve #IndustrialValves #BallValve #GateValve #CheckValve #ButterflyValve #GlobeValve #PlugValve #Refinery #ProcessEngineering #petrochemical⁩⁩#pipingplus #prp_company⁩⁩
#Processengineering Reel by @prp_company - انواع تله بخار | Steam Trap Types 

💭 تله بخار یکی از تجهیزات مهم در خطوط بخار و سیستم‌های پایپینگ صنایع نفت، گاز، پالایش و پتروشیمی است.
وظیفه اصلی
304.9K
PR
@prp_company
انواع تله بخار | Steam Trap Types 💭 تله بخار یکی از تجهیزات مهم در خطوط بخار و سیستم‌های پایپینگ صنایع نفت، گاز، پالایش و پتروشیمی است. وظیفه اصلی آن، تخلیه کندانس و جلوگیری از خروج بخار زنده از سیستم می‌باشد. سه نوع اصلی تله بخار وجود دارد: 🔸 ترمودینامیکی: برای تخلیه بخار در خطوط اصلی، مسیرهای کندانس و کاربردهای سبک. 🔸 مکانیکی: شامل نوع شناور توپی و سطل وارونه، مناسب برای سیستم‌هایی با فشار و دمای متغیر. 🔸 ترموستاتیکی: شامل مدل‌های فشار متعادل، دو فلزی و انبساط مایع، که بیشتر در تریسینگ و کنترل دماهای غیر بحرانی استفاده می‌شود. انتخاب درست نوع تله بخار و نصب صحیح آن، موجب افزایش راندمان سیستم بخار، صرفه‌جویی در انرژی و کاهش استهلاک تجهیزات می‌گردد. 👷‍♂️ در طراحی و نگهداری سیستم‌های پایپینگ صنعتی، آشنایی با عملکرد تله‌های بخار از اصول پایه‌ی مهندسی مکانیک و فرایند است. 💭 Steam traps are vital components in steam and piping systems used in oil, gas, refinery, and petrochemical industries. Their main purpose is to discharge condensate while preventing live steam loss. Main steam trap types: 🔹 Thermodynamic: Ideal for main steam lines, condensate tracing, and light process loads. 🔹 Mechanical (Ball Float / Inverted Bucket): Used in fluctuating pressure and temperature applications. 🔹 Thermostatic (Balanced Pressure / Bimetallic / Liquid Expansion): Suitable for tracing, non-critical heating, and freeze protection. Proper trap selection and installation improve steam system efficiency and reduce energy waste — a key factor in industrial piping design and maintenance. #پایپینگ #تله_بخار #نفت #پتروشیمی #پالایشگاه #آموزش_پایپینگ #مهندسی_مکانیک #سیستم_بخار#پترو_رادیس_پاسارگاد #نیروگاه #صنعتی #کارخانه #steamtrap #pipingengineering #mechanicalengineering #oilgas #refineryequipment #petrochemical #prp_company #processengineering #condensate @pipingplus ✅ آموزش پایپینگ و تجهیزات نفت. @prp_company 🏢 شرکت پترو رادیس پاسارگاد تامین کننده تخصصی تجهیزات نفت،گاز،پتروشیمی و پالایشگاهی ✨تأمین کالای خاص تخصص ماست 📱0912 712 5254

✨ #Processengineering Discovery Guide

Instagram hosts thousands of posts under #Processengineering, creating one of the platform's most vibrant visual ecosystems. This massive collection represents trending moments, creative expressions, and global conversations happening right now.

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