This essay focuses on Converting Waste Into Asset. This reference was used to learn more about the solar portion of our plant. References

Converting Waste Into Asset

lar cycle in southern Algeria” written and edited by Lazhar Achour, Malek Bouharkat, Omar Behar.[1] This is the power plant design and information that was use to complete this project. The second reference used in this project is Chapter eight of the textbook Solar Pyrolysis: Converting Waste Into Asset Using Solar Energy by M.U.H. Joardder, P.K. Halder, M.A. Rahim, and M.H. Masud. [2] This reference was use to learn more about the solar portion of our plant. References three through five are the general information about the SGT-800 gas Turbine and the SST-900 steam turbine made by Siemens as these are the turbines that are use

for the proposes ISCC plant in Algeria.[4,5,6] The final two references are the thermo book for equation references and thermodynamic data and a presentation of the Brayton Cycle used for some diagrams. [6,7] 1.2 General Plant Overview The plant that was found for this project is a concept Integrated Solar Power Plant (ISCC) that would be designed for the desert in Tamanrasset Algeria. With solar becoming cheaper tke gas only, liquid only like Diesel No.2, or both gas and liquid.[3] A final important feature of the turbine is that it has a dual-fuel Dry Low Emission (DLE) combustion system.  This design has a steam turbine geared for high pressure or back pressure, and a low-pressure steam turbine or condenser. Both turbines drive the generator that is install between them.[4]  All three of these models are distribute by General Electric (GE). A Skeleton for our ISCC Power Plant can be show below;

firstly, passion

Secondly, integrity

Thirdly, be fast

Further, be straight

Further, be sober

Lastly, be keen

Lastly, power

Finally, power