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  1. THIS FILE IS USEFUL TO HAVE A BASIC IDEA OF P,PI AND PID CONTROLLER. I HAD EXPLAINED THESE CONTROLLERS BY USING SOFTWARE MATLAB.
    P-PI-PID-basics.pptx

    27 downloads

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  2. all about paints 

    98 downloads

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  3. Dimensionless numbers 

    152 downloads

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  4. Separation Trains
    Azeotropes

    292 downloads

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  5. What is Chemical Engineering & difference from chemical process

    101 downloads

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  6. Evaporators , how they work,  their working principle . all in just one presentation  

    152 downloads

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  7. this is a part of chemical process industries and shall give you the knowledge of liquid fuels .

    99 downloads

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  8. Pumps basics

    351 downloads

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  9. Efficiency of Combustion Plant

    74 downloads

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  10. Balances on reactive process

    94 downloads

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  11. Energy Balance ppt

    160 downloads

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  12. Heat Exchangers ppt

    192 downloads

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  13. About Valves

    251 downloads

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  14. Pressure Vessel Design ppt

    150 downloads

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  15. Separation Processes ppt

    137 downloads

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  16. Heat Transfer Equipment .- Boiling and Condensing ppt

    161 downloads

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  17. Industrial Process Design ppt

    125 downloads

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  18. Overview of Chemical Engineering Design

    137 downloads

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  19. Nanoparticle Synthesis

    33 downloads

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  20. Petroleum Refining Engineering-II   Course outline
    1. Simplified overall crude oil refinery picture
    2. Major refinery products and tests: Brief description
    3. Separation process: Atmospheric and vacuum distillations, lube oil extraction, dewaxing, deasphalting, and clay treatment.
    4. Catalysts used in refinery operations 5. Conversion processes: Brief description of alkylation, polymerization, isomerization of light paraffins, hydrotreating, catalytic reforming, catalytic cracking, hydrocracking, visbreaking of resids, and coking.
    5. Material and energy balances for refinery processes: Simulation of refinery processes
    6. Design guidelines for the selected refinery equipment

    377 downloads

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  21.  Homogeneous and heterogeneous reaction rate expressions Characterization of solid catalysts General characteristics of heterogeneous reactors. Simultaneous mass and heat transports with chemical reaction in porous catalysts Analysis and design of gas-liquid reactors: Mechanically agitated vessels, bubble columns, and packed columns Non-catalytic reactors Analysis and design of three phase reactors: Slurry reactors, trickle bed reactors, and fluidized bed reactors

    145 downloads

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  22. Contents
    HEAT TRANSFER LAW APPLIED TO HEAT EXCHANGERS  2 Heat Transfer by Conduction  3 The Heat Conduction Equation  9 Heat Transfer by Convection  12 Forced Convection  12 Natural Convection  14 Heat Transfer by Radiation  15 Overall heat transfer coefficient  18 Problems  22 DESIGN STANDARDS FOR TUBULAR HEAT EXCHANGERS  23 Size numbering and naming  23 Sizing and dimension  27 Tube-side design  32 Shell-side design  33 Baffle type and spacing  33 General design consideration  35 THERMAL AND HYDRAULIC HEAT EXCHANGER DESIGN  37 Design of Single phase heat exchanger  37 Kern’s Method  45 Bell’s method  49 Pressure drop inside the shell and tube heat exchanger  57 Design of Condensers  65 Design of Reboiler and Vaporizers  72 Design of Air Coolers9  85 MECHANICAL DESIGN FOR HEAT EXCHANGERS10  88 Design Loadings  88 Tube-Sheet Design as Per TEMA Standards  90 Design of Cylindrical shell, end closures and forced head  91 References  95

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