Download - Himanshu Jais BHEL BLOCK 3 Ppt

8/13/2019 Himanshu Jais BHEL BLOCK 3 Ppt

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INDUSTRIAL TRAINING REPORTON

Steam Turbine Block 3Situated at

BharatHeavyElectricalsLimited

Department Of Mechanical Engineering,Graphic Era University

Presented By:

HIMANSHU JAISWAL(2002734 / VII SEM/ SEC-D/09)


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Company Overview

A NAVARATNA PUBLIC SECTOR ENTERPRISE ESTABLISHED IN 1964 AT BHOPAL

THE WIDE NETWORK OF BHEL 14 MANUFACTURING

DIVISION, FOUR POWER SECTOR REGIONAL CENTER OVER

150 PROJECT SITES, EIGHT SERVICE CENTRE , 16

REGIONAL OFFICES.

QUALITY MANAGEMENT SYSTEMS (ISO9001:2008)

ENVIRONMENTAL MANAGEMENT SYSTEMS (ISO

14001:2004)

OCCUPATIONAL HEALTH & SAFETY MANAGEMENT

SYSTEMS (OHSAS 18001:2007)

HIGHLY SKILLED AND COMMITTED WORKFORCE OF 46,748

EMPLOYEES ALL OVER INDIA


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Manufacturing Plant

BHEL Haridwar has two manufacturing plants:-

Heavy Electrical Equipment Plant (HEEP)

Central Foundry Forge Plant (CFFP).

HEEP includes design and manufacture of large steamturbines, turbo generators, hydro turbines andgenerators, hydro turbines and generators, largeAC/DC motors and so on.

CFFP is engaged in manufacture of Steel Castings:Upto 50 Tons Per Piece Wt & Steel Forgings: Upto 55Tons Per Piece Wt.


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Major Products of BHEL,

Haridwar Steam turbine Gas turbine Steam Generators HRSG- Heat recovery steam generator Transformers Locomotives Circuit Breakers

Pumps Motors- BOTH AC AND DC Generators


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Turbine Shop Block 3


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General Details

Steam Turbines, Gas Turbines and TurbinesBlades

Special Tooling for all products in the Tool Roomlocated in the same block

Consists of four Bays, namely, Bay-I and II ofsize 36x378 meters and 36x400 metersrespectively and Bay-III and IV of size 24x402meters and 24x381 metres respectively

Facilities of EOT Cranes, compressed air, Steam,Overspeed Balancing Tunnel, indicating standsfor steam turbine, rotors, one Test stand for testing210 MW steam turbines .


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Steam Turbine


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About Steam Turbine

A steam turbine is a mech. device that extractsthermal energy from pressurized steam, andconverts it into rotary motion.

It has almost completely replaced thereciprocating piston steam engine (invented by

Thomas Newcomen and greatly improved byJames Watt) primarily because of its greaterthermal efficiency and higher power-to-weightratio.

Because the turbine generates rotary motion, it is

particularly suited to be used to drive anelectrical generator about 80% of all electricitygeneration in the world is by use of steamturbines.


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fundamental


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Steam Flow Diagram


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Section 3.1 Steam Turbine Fundamentals

Turbine Components - Blades

Reaction

Impulse


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Blades of steam turbine

Materials12% cr

stailness steel

12% cr + molebednum+

vanadium

Properties:

Corrosion resistive

(reheat)

Tensile strength

Impact strength Material damping


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Steam Turbine Casing


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THANK U