Engineering Economy Project Water desalination is a major process to supply clean drinking water in many countries around the World. The International Atomic Energy Agency has developed economic tools to assess the economic aspects of water desalination using a range of technologies. Using the IAEA Desalination Economic Evaluation Programme (DEEP) https://www.iaea.org/topics/non-electric-applications/nuclear-desalination You are requested to work with your team to estimate the water desalination cost in terms of water production and energy consumption as requested below 1. Select the Power Plant type for your Desalination Plant and justify your selection. 2. Investigate the effects fuel option on the water and energy production costs 3. Investigate the effects of technology option 4. Select a power plant technology and justify your selection 5. Investigate the effects of Power Plant Efficiency on the water and energy costs 6. Investigate the effect of the Desalination Capacity on the water and energy costs 7. Investigate the effects of Carbon Prices on the water and energy costs 8. Investigate the relationship between discount rate and water and energy production costs for your selected process 9. Investigate the effects of interest rates on your production costs on the water and energy costs 10. Investigate the relationship between fuel escalation rate and water and energy production costs 11. Comment on the results and make recommendations

Energy harvesting using CO2 cell can remove CO2. (1%) a) Yesb) No

. Vibration energy harvesting is based on the following principle: (3%) By converting _____energy to_____energy

35. Supercritical CO2 turbine driver is dependingthat is commonly qualify as: (1%)on the thermal process a) Rankine cycle b) Brayton cycle c) Carnot cycled) Lenoir cycle

- Name three gases emitted from a coal fire power plant: (2%)

39. Continue from above? What in your opinion resulted in the consistency/discrepancy from the graph and your data? (3%)

46. The oil production based on the natural pressurized field condition is called. (1%) a) Primary production b) Secondary production c) Tertiary production

7.In innovative energy generation design, HYDRA stands for: (2%)

The oil production based on the injection of captured and compressed CO2 is called. (1%) g) Primary production h) Secondary production i) Tertiary production

4. The four stages of coal fire power generation are in sequence: (3%) 1) Heat is created

19. HYDRA technology is based on the principle of: (1%) a) Evaporation b) Transpiration c) Perspiration d) Precipitation

The oil production based on the injected steam to force oil flow iscalled. (1%) d) Primary production e) Secondary production f) Tertiary production

1. Coal is valued by its heat value. Order the following coal types from poor heat value to rich heat value: bituminous, sub bituminous,anthracite and lignite. (2%)

33. In HYDRA design, what is the energy source? (1%) a) Sunlight b) Wind c) Water flow

14.Gibbs free energy measures the efficiency in CO2 utilization as a commercial product, which of the following has the highest GFE?(1%) e) Carbon dioxide f) Carbon monoxide g) Ethylene h) 1-Hexene

10. After Fukushima, this village installed 215 solar panels and generates all its own energies. What is the name of this village? (research) (1%)

2. The GE supercritical CO2 turbine generator relies on the following:(1%) a) Supercritical CO2 requires higher temperature. b) Supercritical CO2 requires lower temperature. c) Supercritical CO2 is temperature independent. d) None of the above.