Please answer with an explanation. Use the given data table and information. Thank you. Interest Rate = 15% and Analysis Period = 40 years.

What is the EUAW for the alternatives?

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Alt 1: In-kind Replacement with Newer Model Alt. 2: Replace with High Efficiency Brayton-Cycle Co-regeneration System Alt. 3: Replace Entire Power Infrastructure with Hydrogen Fuel Cell Plant $3,212,813 Item Do Nothing Total Estimated Capital Cost (CAPEX) $0 Equipment $0 $1,275,000 - Ancillary Components 50 $318,750 - Labor, QA/QC, and Construction Oversight Engineering Fees, Permitting, Procurement $0 $925,000 $0 $275,000 - Risk Contingency Total Est. Annual OPEX $0 $419,063 $3,434,200 $7,132,531 $3,200,000 $725,000 $1,355,075 $425,950 $1,426,506 $2,197,307 $17,259,427 $10,576,872 $1,250,750 $2,875,000 $987,766 $1,569,039 $647,987 $0 Fuel $2,300,000 - Replacement Parts $78,000 $2,730,560 $1,752,225 $52,000 $1,420,222 $36,400 $42,766 - Consumable Supplies $42,500 $13,000 $9,100 $15,789 - Chemicals and Lubricants $32,000 $20,480 $14,336 $0 - Service Fees $56,700 $42,855 $29,999 $89,432 - Labor - Junior Technicians $350,000 $325,000 $237,250 $100,000 - Labor - Sr. Techs/Foreman $250,000 $225,000 $175,000 $175,000 - Labor - Engineer Annual Budget for Energy Est. Net Annual Savings Est. Salvage Value Est. Useful Life (Years) $325,000 $300,000 $275,000 $225,000 $3,434,200 $3,434,200 $3,434,200 $3,434,200 $0 $703,640 $1,236,894 $2,786,213 N/A $321,281 $499,277 -15 and counting 10 20 $862,971 40 EUAW N/A ? ? ? N/A ? N/A ? N/A ? 243 168,000,000 182 142,000,000 75 NPW IRR Payback Period/ Breakeven Point GHG Emissions (tons-CO2 per year) Water Footprint (gallons per year) Full Power Noise Level (dB) at 20 ft. Technology Stability Risk Health & Safety Risk to Operators Technology Obsolescence Risk 90 VERY LOW MED to HIGH LOW VERY LOW MED LOW 150 110,000,000 70 LOW MED to HIGH LOW HIGH LOW UNKNOWN ? ? ? ? ? ? 0 27,000,000 25 Alt 1: In-kind Replacement with Newer Model Alt. 2: Replace with High Efficiency Brayton-Cycle Co-regeneration System Alt. 3: Replace Entire Power Infrastructure with Hydrogen Fuel Cell Plant $3,212,813 Item Do Nothing Total Estimated Capital Cost (CAPEX) $0 Equipment $0 $1,275,000 - Ancillary Components 50 $318,750 - Labor, QA/QC, and Construction Oversight Engineering Fees, Permitting, Procurement $0 $925,000 $0 $275,000 - Risk Contingency Total Est. Annual OPEX $0 $419,063 $3,434,200 $7,132,531 $3,200,000 $725,000 $1,355,075 $425,950 $1,426,506 $2,197,307 $17,259,427 $10,576,872 $1,250,750 $2,875,000 $987,766 $1,569,039 $647,987 $0 Fuel $2,300,000 - Replacement Parts $78,000 $2,730,560 $1,752,225 $52,000 $1,420,222 $36,400 $42,766 - Consumable Supplies $42,500 $13,000 $9,100 $15,789 - Chemicals and Lubricants $32,000 $20,480 $14,336 $0 - Service Fees $56,700 $42,855 $29,999 $89,432 - Labor - Junior Technicians $350,000 $325,000 $237,250 $100,000 - Labor - Sr. Techs/Foreman $250,000 $225,000 $175,000 $175,000 - Labor - Engineer Annual Budget for Energy Est. Net Annual Savings Est. Salvage Value Est. Useful Life (Years) $325,000 $300,000 $275,000 $225,000 $3,434,200 $3,434,200 $3,434,200 $3,434,200 $0 $703,640 $1,236,894 $2,786,213 N/A $321,281 $499,277 -15 and counting 10 20 $862,971 40 EUAW N/A ? ? ? N/A ? N/A ? N/A ? 243 168,000,000 182 142,000,000 75 NPW IRR Payback Period/ Breakeven Point GHG Emissions (tons-CO2 per year) Water Footprint (gallons per year) Full Power Noise Level (dB) at 20 ft. Technology Stability Risk Health & Safety Risk to Operators Technology Obsolescence Risk 90 VERY LOW MED to HIGH LOW VERY LOW MED LOW 150 110,000,000 70 LOW MED to HIGH LOW HIGH LOW UNKNOWN ? ? ? ? ? ? 0 27,000,000 25