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#Processing Oil Reel by @priyadharshini_ece - Crude Oil Distillation

Crude oil distillation is the process of separating crude oil into different useful products based on their boiling points.
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@priyadharshini_ece
Crude Oil Distillation Crude oil distillation is the process of separating crude oil into different useful products based on their boiling points. It is done in a refinery using a Fractional Distillation Column. Crude oil is a natural mixture of hydrocarbons found underground. After refining, it gives petrol, diesel, kerosene, LPG, etc. Process of Fractional Distillation 1️⃣ Heating Crude oil is heated to about 350–400°C in a furnace. It becomes a mixture of liquid and vapor. 2️⃣ Entering Distillation Column The hot mixture enters a tall fractionating column. The column is hot at the bottom and cool at the top. 3️⃣ Separation by Boiling Point Different hydrocarbons condense at different temperatures. Heavy fractions condense at the bottom. Light fractions rise and condense at the top. Main Fractions Obtained Fraction Boiling Range Uses LPG Below 40°C Cooking gas Petrol (Gasoline) 40–120°C Cars Naphtha 120–180°C Petrochemicals Kerosene 180–250°C Jet fuel Diesel 250–350°C Trucks, generators Lubricating oil 300–370°C Engine oils Bitumen Above 370°C Road construction Simple Diagram Explanation (Text Form) Top (Cool) ⬆ LPG ⬆ Petrol ⬆ Kerosene ⬆ Diesel ⬇ Lubricating oil ⬇ Bitumen Bottom (Hot) Why Distillation is Important? Produces fuels for transportation Produces raw materials for plastics Supports industries and power generation #crudeoil #Distillation #bhfyp #arabcountries #oiltrade
#Processing Oil Reel by @oldworldhistoryy - The core component of the refinery distillation process.
Did you know? Simply by heating crude oil and allowing the vapor to cool at different heights
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@oldworldhistoryy
The core component of the refinery distillation process. Did you know? Simply by heating crude oil and allowing the vapor to cool at different heights, it can be separated into a variety of everyday products. This diagram shows a schematic of a distillation column, the core component of the refining process in an oil refinery. At the bottom, crude oil is heated in a furnace until it vaporizes. The steam rises within the column. The clever part is: 👉 The temperature at the bottom of the tower is extremely high, while the temperature at the top is lower. #industry #chemicalindustry #interestingdissolution #thepowerofscience #interestingchemistry chemistryandlife resourcerecycling mechanical As the steam rises and cools, each component will condense (re-condense into a liquid) at different heights according to its boiling point. At the bottom (highest temperature zone): Residue/Asphalt (above 350°C) – a viscous, heavy material used for paving roads. Fuel oil (around 300°C) – used for ships and industrial power plants. In the middle section: Diesel (around 250°C) – fuel for trucks and heavy vehicles. Kerosene (around 180°C) – aviation fuel for airplanes. Naphtha (around 120°C) – an important raw material for plastics and chemicals. Near the top (lower temperature zone): Gasoline (around 70°C) – fuel for cars. At the very top (lowest temperature zone): LPG (20–40°C) – propane and butane used for cooking and heating. The diagram intuitively explains how the temperature differences within the column separate crude oil into useful fuels and materials—showing that refining doesn't "create" fuel, but rather precisely classifies it based on its boiling point. One raw liquid. Multiple important products. All through scientific separation.
#Processing Oil Reel by @scie.ncebysumati (verified account) - Fractional Distillation of Crude Oil ⛽🧪
Crude oil is a complex mixture of many hydrocarbons, and we separate its useful components by fractional dist
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@scie.ncebysumati
Fractional Distillation of Crude Oil ⛽🧪 Crude oil is a complex mixture of many hydrocarbons, and we separate its useful components by fractional distillation. The crude oil is first heated in a furnace to a very high temperature so most of it vaporizes. These vapours enter a tall fractionating column where temperature decreases from bottom to top. Different hydrocarbons condense at different heights because each has a different boiling point: 🔸 Bitumen – road surfacing (bottom, highest boiling point) 🔸 Lubricating oil & wax – greases, polishes 🔸 Diesel – heavy vehicles, generators 🔸 Kerosene – jet fuel, lamps 🔸 Petrol (gasoline) – cars & bikes 🔸 Petroleum gas (LPG) – cooking fuel (top, lowest boiling point) 👉 Heavier fractions condense low in the column, lighter fractions rise higher. This process is extremely important because a single raw material — crude oil — gives us fuels, plastics, chemicals, and everyday products!FractionalDistillation #Hydrocarbons #ScienceConcept Class10Science Sciencebysumati
#Processing Oil Reel by @engineering_school_9 - Fractional Distillation of Crude Oil Explained | Oil Refinery Process in Hindi
	How Crude Oil is Refined? | Fractional Distillation Column Explained
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@engineering_school_9
Fractional Distillation of Crude Oil Explained | Oil Refinery Process in Hindi How Crude Oil is Refined? | Fractional Distillation Column Explained Petroleum Refining Process | Fractional Distillation of Crude Oil Crude Oil Refining Step by Step | LPG, Petrol, Diesel Explained Oil Refinery Process Animation | Fractional Distillation Easy Explanation In this video, we explain Fractional Distillation of Crude Oil in a simple and easy way. Learn how crude oil is separated into LPG, Petrol, Naphtha, Kerosene, Diesel, Fuel Oil, and Bitumen inside a distillation column. This video is helpful for: ✔ Mechanical Engineering Students ✔ Diploma & ITI Students ✔ Oil & Gas Beginners ✔ Competitive Exam Preparation Watch till the end to understand the complete petroleum refining process. 📌 Subscribe for more engineering videos. fractional distillation of crude oil crude oil refining process oil refinery process petroleum refining distillation column LPG petrol diesel production how crude oil is refined oil and gas training mechanical engineering basics chemical engineering process fuel production process petroleum products #FractionalDistillation #CrudeOil #OilRefinery #PetroleumRefining #engineeringstudents
#Processing Oil Reel by @cheminnovators - A distillation column works by exploiting differences in the boiling points (volatility) of components in a liquid mixture to separate them into purer
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@cheminnovators
A distillation column works by exploiting differences in the boiling points (volatility) of components in a liquid mixture to separate them into purer fractions. Step-by-Step Operation Feed Entry: The raw mixture (feed) enters the column, usually near the middle. Heating (Reboiling): A reboiler at the base heats the liquid, turning some of it into vapor that begins to rise up the tower. Vapor-Liquid Contact: Inside the column, rising vapor meets falling liquid on trays or packing. Trays: Horizontal plates where vapor bubbles through liquid. Packing: Materials (like rings or mesh) that provide a large surface area for contact. Mass Transfer: At each stage, heat is exchanged; heavier components in the vapor condense into the liquid, while lighter components in the liquid evaporate into the vapor. Cooling (Condensing): Vapor reaching the top is cooled by a condenser into liquid. Reflux: Some of the condensed liquid is returned to the top as reflux. This "washes" the rising vapor, significantly increasing the final purity Final Products Distillate (Overhead): The purified, light component (e.g., gasoline or ethanol) collected from the top. Bottoms: The heavier, less volatile residue (e.g., heavy oils or water) collected from the base. #cheminovators #chemicalengineering #engineering #chemical #scoe
#Processing Oil Reel by @oiltechinternationallimited - Ever wondered how key chemicals power oil & gas operations?
Meet the chemical heroes that keep processes running smoothly - from drilling to productio
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@oiltechinternationallimited
Ever wondered how key chemicals power oil & gas operations? Meet the chemical heroes that keep processes running smoothly — from drilling to production. Follow for more insights into the oil & gas industry. #OilAndGas #Energy #OilfieldChemicals #IndustrialTech #EnergySolutions #BehindTheIndustry
#Processing Oil Reel by @learn.with.tunes - Crude oil is a naturally occurring liquid found deep beneath the Earth's surface. It's formed over millions of years from ancient plants and marine or
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@learn.with.tunes
Crude oil is a naturally occurring liquid found deep beneath the Earth’s surface. It’s formed over millions of years from ancient plants and marine organisms that were buried under heat and pressure. This thick, dark liquid is a fossil fuel and one of the world’s primary energy sources. On its own, crude oil isn’t very useful — it has to be refined. In refineries across the United States, crude oil is separated into different products like gasoline, diesel, jet fuel, heating oil, and even materials used to make plastics and asphalt. This process is called fractional distillation. Crude oil plays a major role in transportation, manufacturing, and energy production. While it powers much of modern infrastructure, it’s also closely monitored because of environmental and economic impacts tied to its extraction and use. 👉 Follow @learn.with.tunes for more simple breakdowns made easy. #energyusa #oilindustry #americaninfrastructure #fossilfuels #learnsomethingnew

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