feasibility report 13

7/28/2019 Feasibility Report 13

http://slidepdf.com/reader/full/feasibility-report-13 1/14

Feasibility Report

Steam Power GenerationPresented by

Faheem Abbas(ECT-13) Umar Farooq(ECT-19)



Criteria

o Introduction

o Briefings

o Land & infrastructure

o Machinery requirement

o Threats

o Cost

o Conclusions

Contents



Electric power generation with steam at the

individual household level is making a comeback. Basic source of steam power generation is steam as

the name implies but where to get it the primeobjective that has to full fill in my allocated project .

Basically here the project is leading to cyclic processthat is production of steam will be obtained throughwaste gases from own plant expelled .

Introduction



Starting with the working & Principles as defined

earlier plant will supply 17MW electric generation thatis sufficient to run a single plant .

Efficient way of production because there is no issueof Main power obtaining from water & power development authority.

Saves electric utility sinking with wapda andconsumes more power from steam power Gridstation .

Briefings



Room for machinery required for setting up steam

turbine ,generators ,condensers etc and 30 canalsland requirement is proceeded.

Land requirement for Central control roomrequirement of 5 canals for central rooms includingengineering station & operating station .

Water development & storage cottage should bethere so a vital need of land for water site so 10canals land for this purpose will take the part.

Land & infrastructure



Extra land for pipeline setup as power plant will be

built outside of main production plant Area require for grid station will be wide enough to

cover whole installation and transmission insulationsincluding arresters & towers.

Land & infrastructure



High oil prices, growing concerns over energy

security, and the threat of climate change have allstimulated investment in the development ofalternatives to conventional oil.

Lack of water resources is the basic problem

everywhere The environmental impact of electricity.

Threats



Scalability and Timing

construction of equipment and manufacturingprocesses for its production, output grows in astepwise function only as new capacity comes online.

Capacity factor

One indication of intermittency challenges in electricpower generation is the capacity factor, or theaverage percentage of time in a year that a power plant is producing at full rated capacity

Threats



Name Cost

Turbine 80lac/- Generators 10lac/-

Motors 3.5lac/-

Boilers 80,000/-

Transformers(CTs & PTs) 60lac /- Automation equipments 15lac /-

Condensers 5lac/-

Machinery requirement & cost



Turbine is very first part of power generation machinery

On the wings of turbine steam falls & in turn rotates .

Cost varies with rpm(revolution per minute ) and power generated per kilo hour

Generator converts mechanical energy into electrical

energy . Possible sources of mechanical energy includesteam engines, water falling through a turbine or waterwheel, an internal combustion engine, a hand crank.




Condenser is a device or unit used to condense a

substance from its gaseous to its liquid state, typicallyby cooling it.

Condensation action requires more and more water and

there should be water storage towers and indeed

pumps and motors requirement for suction andsupplication of water to the condensers .

Transformers and grid installation .




If we talk about the cost of grid station both

transformer and transmission lines from grid to plantwill be required .Approximated cost as for as gridinstallation is concerned will be 60lac.

Automation on plant.

Motors and other electronic instrumentation are notas cost effective as turbine and generators are.




Those people who actually manages and operates the

whole plant. Depending upon their designation organization has to

pay salary to all of them.

Engineers in engineering station in CCR and operators

in operating station in CCR ,most of staff will berequired for these stations.

Human resources



Conclusion

The steam power plant is efficient in providing power.

It works on cyclic process.

Through this plant we can increase the annualproduction and can get rid of extra charges of water and power development authority .

Conclusion

feasibility report 13

Documents