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Tag Archives: PDMS Course in Chennai Mumbai Noida Hyderabad

Dynamic Simulation in Chemical Engineering

Dynamic-Simulation-in-Chemical-Engineering

Dynamic simulation is an extension of steady-state process simulation whereby time-dependence is built into the models via derivative terms i.e. accumulation of mass and energy. The advent of dynamic simulation means that the time-dependent description and control of real processes in real or simulated time are possible. This includes the description of starting up and shutting down a plant, changes ... Read More »

ASTM / American Society for Testing and Materials

ASTM-American-Society-for-Testing-and-Materials

There are numerous American Society for Testing and Materials designations cover the specification of wrought materials, forgings and castings used for plate, fittings, pipe and valves.The ASTM standards are directed to dimensional standards, materials and strength considerations. Some of the more material standards referenced are: A 36 Specification for Structural Steel A 53 Specification for Pipe, Steel, Black and Hot ... Read More »

EFW Pipe vs ERW Pipe

EFW-Pipe-vs-ERW-Pipe

EFW Pipe vs ERW Pipe:- EFW Pipe Manufacturing Processing of Electric Fusion Welding, also called Continuous Welding begins as coiled steel with appropriate thickness, width and weight is made. To form a continuous ribbon of steel several coils are welded together. Then the steel ribbon is heated to the necessary temperature and formed into an oval. In the next step ... Read More »

MSS Standard

mss-standard

These are piping and related component standards developed by the Manufacturer’s Standardization Society. The MSS standards are directed at general industrial applications. The pipeline industry makes extensive use of these piping component and quality acceptance standards. SP-6 Standard Finishes for Contact Faces Pipe Flanges and Connecting End Flanges of Valves and Fittings SP-25 Standard Marking System for Valves, Fittings, Flanges ... Read More »

Conversion of Units

Conversion-of-units

Conversion Factor: 1 Meter = 3.28 Feet 1 Meter = 39.37 Inches 1 Meter = 100 Centimeters 1 Meter = 1000 Millimeters 1 Foot = 12 Inches 1 Inch = 2.54 Centimeters 1 Centimeter = 10 Millimeters S.no English – Fraction (Inch) English Decimal (Inch) English (Millimeter) 1. 1/16 0.0625 1.6 2. 1/8 0.125 3.2 3. 1/4 0.25 6.4 4. ... Read More »

Piping Engineers Must Be Check

Area-and-Volume

AREA Definition: A surface covered by specific shape is called area of that shape. i.e. area of square, circle etc. 1. Square: Area of Square = L x L = L2 Where L = L Length of side So if L = 5 cm Then Area = 5 x 5 = 25 cm2 2. Rectangle: Area of Rectangle = L ... Read More »

Test Pressure Detail from Codes

test-pressure-details-from-code

Code Test type Test pressure minimum Test pressure maximum Test pressure holding time Examination ASME B31.1 Hydrostatic(1) 1.5 time design Max allowable test pressure any component or 90 percent of yield 10 minutes Design pressure ASME B31.1 Pneumatic 1.2 times design 1.5 times design or max allowable test pressure any component 10 minutes Lower of 100 psig or design pressure ... Read More »

Abbreviations for Piping Drawings

Abbreviations for Piping Drawings

General S.No Abbreviation Description 1 BOP Bottom of Pipe 2 CL Center Line 3 EL Elevation 4 GR Grade 5 HC Hose Connection 6 ID Inside Diameter 7 MAT’L Materials 8 MTO Materials Take Off 9 REV Revision 10 OD Outside Diameter 11 SPEC Specification 12 STD Standard 13 BW Butt Weld 14 CONC Concentric 15 ECC Eccentric Related Courses ... Read More »

Most Important Documents Produced by Piping Engineer

Most Important Documents Produced by Piping Engineer

1) Plot plan:Arranging all plant units in a logical manner to take care of Material flow, statutory requirements, & good engineering Practices. 2) Equipment layouts: Document showing layout of all equipment’s satisfying the Process requirements, safety & statutory Regulations, operability ease of maintenance & economy. 3) Piping layouts: Document showing layouts of piping network to carry fluids From one equipment ... Read More »

Flexibility Analysis

Flexibility Analysis

Stress Analysis Criteria: This stress analysis criteria establishes the procedure, lists critical lines and piping stress/design liaison flow sheet to be followed. Lines to be analyzed: all lines attached to pumps, compressors, turbines and other rotating equipment all lines attached to reciprocating compressors all pressure relief valve piping all category m piping Related Courses in Engineering Design ASNT NDT Training ... Read More »

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