Skip to main content

What are the Products formed during Petroleum Refining Process ?

What are the Products formed during Petroleum Refining Process ?

Fraction of products formed during petroleum refining process are fuel gas, propane, butane, light naptha, heavy naptha, kerosene, middle, distillate, light gas oil middle distillate and heavy gas oil. There apparatus boiling temperatures of fractions are listed in below in tabular form.
S.no
Fraction
Apparatus boiling range temperature °C
Remarks
1Fuel gas-160 to -44CH4, C2H6 and propane used as refinery fuel.
2Propane-40LPG.
3Butane-12 to -30Blended with motor gasoline to increase its volatility.
4Light Naptha0 to 150Motor gasoline for catalytic to increase its volatility.
5Heavy Naptha150 to 200Catalytic reforming fuel blended light gas-oil t form jet fuels.
6Kerosene middle distillate200 to 300Domestic Aviation fuel.
7Light gas oil middle distillate200 to 315Furnace fuel oil to diesel
8Heavy gas oil315 to 425Feed for catalytic cracking
9Vacuum gas oil425 to 600Feed for catalytic cracking
10Pitch>600Heavy fuel oil asphalt

Comments

  1. Titanium Arc Basket T-Shirt - Titianium
    Titanium Arc Basket T-Shirt. T-Shirt. T-Shirt. T-Shirt. T-Shirt. T-Shirt. T-Shirt. nipple piercing jewelry titanium T-Shirt. T-Shirt. T-Shirt. urban titanium metallic T-Shirt. T-Shirt. T-Shirt. camillus titanium knife T-Shirt. T-Shirt. fallout 76 black titanium T-Shirt. T-Shirt. T-Shirt. T-Shirt. T-Shirt. titanium flat irons T-Shirt. T-Shirt.

    ReplyDelete

Post a Comment

Popular posts from this blog

Grashof’s Law

Grashof’s Law The Grashof’s law states that for a four-bar linkage system, the sum of the shortest and longest link of a planar quadrilateral linkage is less than or equal to the sum of the remaining two links, then the shortest link can rotate fully with respect to a neighboring link. Consider a four-bar-linkage. Denote the smallest link by S, the longest link by L and the & other two links by P and Q. If the Grashof’s Law condition is satisfied i.e S+L ≤ P+Q, then depending on whether shortest link ‘S’ is connected to the ground by one end, two ends, or no end there are 3 possible mechanisms. They are: Double crank mechanism Double-rocker mechanism  and Crank and Rocker Mechanism 1. Double crank mechanism In double crank mechanism, the shortest link ‘S’ is a ground link. Both input crank and output crank rotate at 360°. Grashof’s condition for double crank mechanism: s+l > p+ q Let:  ‘s’  = length of shortest link, ‘l’  = length of longest link,

Gruebler’s Equation

Gruebler’s Equation Degrees of freedom for planar linkages joined with common joints can be calculated through Gruebler’s equation. Gruebler’s equation is given by the formula: where, n = total number of links in the mechanism j p  = total number of primary joints (pins or sliding joints) j h  = total number of higher-order joints (cam or gear joints) Mechanisms and structures with varying mobility for Figure (a), (b) and (c) Most linkages used in machines have a single degree of freedom. An example of single degree-of-freedom linkage is shown in figure (a). Linkages with zero or negative degrees of freedom are termed locked mechanisms. Locked mechanisms are unable to move and form a structure. A truss is a structure composed of simple links and connected with pin joints and zero degrees of freedom. An example of locked mechanism is shown in figure (b). Linkages with multiple degrees of freedom need more than one driver to precisely operate them. Generally mul

Characteristics and Properties of Fuels

Characteristics and Properties of Fuels Fuels are any material that store potential energy in forms, which upon burning in oxygen liberates heat energy. Calorific value of fuel is the total quantity of heat liberated when a unit mass or volume of fuel is completely burnt. Higher or gross calorific value (HCV) in the total amount of heat produced when a unit mass/volume of fuel has been burnt completely and the products of combustion have been cooled to room temperature (15°C or 60°F). Lower or net calorific value (LCV) is the heat produced when unit mass (volume) of the fuel is burnt completely and the products  are permitted to escape. LCV = HCV – Latent heat of water formed Natural or primary fuels are found in nature such as wood, peat, coal, natural gas, petroleum. Artificial or secondary fuels are prepared from primary fuels charcoal, coal gas, coke, kerosene oil, diesel oil, petrol, etc. Fuels are further classified as Solid Fuels Liquid Fuels Gaseous F