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• W4306403280 endingPage "134387" @default.
• W4306403280 startingPage "134387" @default.
• W4306403280 abstract "Considering algae as a diversified source of various chemicals, the purifying process, and treatment pathways, also deciding on algal strains sound vital rather than coming across. To attain low emission fuels from Enomoto, fast catalytic pyrolysis reactions could provide anti-knock properties of gasoline blends. The whole issue is under investigation by lifecycle assessment (LCA) and exergy analysis within this scope. There has been no “Mixed Review Study” for these analyses on effective SATBA1’s goals and Enomoto biogasoline, hitherto. In this study, the consequence of carbon cycle stabilization has been pursued from the beginning of the supply chain, production (electrical energy with the highest contribution), and distribution of Enomoto biogasoline, and the share of total emissions reached 14.14 kgCO2/kg fuel. In this research work, LCA outcome was performed with energy balance to optimize the dead states of various exergy losses and compared it with the values of a base reference by the Greenhouse gases, Regulated Emissions, and Energy use in Transportation (GREET) method. For this purpose, for every 838 kJ/L of Enomoto oil, 128834.824 MJ/day of chemical exergy was produced in the system, and the share of physical exergy input at 94355.16 MJ/day, which indicates high efficiency of the process. There was an inextricable correlation between Neat Energy Ratio (NER) 2.27, 80.3% efficiency, and low carbon dioxide (CO2) emissions with Energy Consumption Ratio (ECR) approximately 0.001. Also, improving the process and reducing the loss of exergy, i.e. destructive exergy equivalent to 973,879 kJ/day can be significantly improved by removing the heat exchanger and replacing the reactor and condenser type. As a result, it has proved that this process is economically feasible for 1250 L per day of Enomoto biogasoline production with an annual depreciation of about $18,000 at the MFSP, which is about 24.7% less than the free-rate price of gasoline. This is important despite the increase in the global price of gasoline in the next decade at $1.18; even the NPV will reach $5.2 million annually and a return on investment within 5 years of launching this valuable pilot." @default.
• W4306403280 created "2022-10-17" @default.
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• W4306403280 date "2022-12-01" @default.
• W4306403280 modified "2023-10-17" @default.
• W4306403280 title "A critical review on life-cycle assessment and exergy analysis of Enomoto bio-gasoline production" @default.
• W4306403280 cites W1878214092 @default.
• W4306403280 cites W1969846190 @default.
• W4306403280 cites W1972667687 @default.
• W4306403280 cites W1973256729 @default.
• W4306403280 cites W1981618705 @default.
• W4306403280 cites W1984165548 @default.
• W4306403280 cites W1984856300 @default.
• W4306403280 cites W1993568037 @default.
• W4306403280 cites W1996073861 @default.
• W4306403280 cites W1997322969 @default.
• W4306403280 cites W2009224215 @default.
• W4306403280 cites W2010314170 @default.
• W4306403280 cites W2012591883 @default.
• W4306403280 cites W2012696754 @default.
• W4306403280 cites W2028998732 @default.
• W4306403280 cites W2033639128 @default.
• W4306403280 cites W2044965433 @default.
• W4306403280 cites W2050980391 @default.
• W4306403280 cites W2053089992 @default.
• W4306403280 cites W2054138642 @default.
• W4306403280 cites W2062962181 @default.
• W4306403280 cites W2064129143 @default.
• W4306403280 cites W2068373927 @default.
• W4306403280 cites W2076606338 @default.
• W4306403280 cites W2080024205 @default.
• W4306403280 cites W2083720343 @default.
• W4306403280 cites W2086086576 @default.
• W4306403280 cites W2087479483 @default.
• W4306403280 cites W2088484738 @default.
• W4306403280 cites W2089458431 @default.
• W4306403280 cites W2091874537 @default.
• W4306403280 cites W2092059425 @default.
• W4306403280 cites W2093829778 @default.
• W4306403280 cites W2094596220 @default.
• W4306403280 cites W2094850375 @default.
• W4306403280 cites W2104229815 @default.
• W4306403280 cites W2104706853 @default.
• W4306403280 cites W2108688321 @default.
• W4306403280 cites W2113278410 @default.
• W4306403280 cites W2116803805 @default.
• W4306403280 cites W2121891676 @default.
• W4306403280 cites W2122456589 @default.
• W4306403280 cites W2125152270 @default.
• W4306403280 cites W2125448896 @default.
• W4306403280 cites W2133582510 @default.
• W4306403280 cites W2149705734 @default.
• W4306403280 cites W2153922477 @default.
• W4306403280 cites W2166642473 @default.
• W4306403280 cites W2169242236 @default.
• W4306403280 cites W2169410933 @default.
• W4306403280 cites W2275809797 @default.
• W4306403280 cites W2278748475 @default.
• W4306403280 cites W2325410839 @default.
• W4306403280 cites W2508261128 @default.
• W4306403280 cites W2556970661 @default.
• W4306403280 cites W2564335234 @default.
• W4306403280 cites W2603080002 @default.
• W4306403280 cites W2633276176 @default.
• W4306403280 cites W2771771055 @default.
• W4306403280 cites W2774131194 @default.
• W4306403280 cites W2784224179 @default.
• W4306403280 cites W2786913090 @default.
• W4306403280 cites W2789446518 @default.
• W4306403280 cites W2800493073 @default.
• W4306403280 cites W2895639336 @default.
• W4306403280 cites W2907058027 @default.
• W4306403280 cites W2915020104 @default.
• W4306403280 cites W2969712276 @default.
• W4306403280 cites W3035138950 @default.
• W4306403280 cites W3049388098 @default.
• W4306403280 cites W3126910624 @default.
• W4306403280 cites W3139820531 @default.
• W4306403280 cites W3184014743 @default.
• W4306403280 cites W3191783891 @default.
• W4306403280 cites W3194619221 @default.
• W4306403280 cites W4210394840 @default.
• W4306403280 cites W4243747439 @default.
• W4306403280 cites W4243824895 @default.
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• W4306403280 doi "https://doi.org/10.1016/j.jclepro.2022.134387" @default.
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