DOI: 10.20868/upm.thesis.47393
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Estudio de un sistema de generación industrial de potencia para cero emisiones de CO2

Abstract: Área de paso. c p Capacidad térmica específica a presión constante D Diámetro de la turbomáquina, gas de dilución. d Relación de dilución, gasto másico de gas de dilución entre gasto másico de oxidante. e p Rendimiento politrópico F Combustible f Relación combustible-oxidante far Relación combustible-aire. h Entalpía específica k Conductividad térmica. K ASU Consumo de la ASU por unidad de gasto másico de oxidante. K CCS Consumo del CCS por unidad de gasto másico de gas capturado. k gs Constante de combustión … Show more

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“…The author [1] states that the technology in recent years has led human beings to search for clean and renewable energies, that have high energy efficiency and that at the same time it is not so difficult to generate; solar energy is ideal and contributes to replacing fossil energy, since much of the electrical energy used in the world is generated through the use of fossil fuels in accordance with [2] and [3]. The energies from non-conventional renewable sources that have been most implemented are solar, which will be emphasized in this study, taking into account [4].…”
Section: Introductionmentioning
confidence: 99%
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“…The author [1] states that the technology in recent years has led human beings to search for clean and renewable energies, that have high energy efficiency and that at the same time it is not so difficult to generate; solar energy is ideal and contributes to replacing fossil energy, since much of the electrical energy used in the world is generated through the use of fossil fuels in accordance with [2] and [3]. The energies from non-conventional renewable sources that have been most implemented are solar, which will be emphasized in this study, taking into account [4].…”
Section: Introductionmentioning
confidence: 99%
“…According to [6], the sun's energy leaves its core through a process called nuclear fusion and takes a little over eight minutes to travel 93 million miles to Earth. Solar energy travels at the speed of light at 186,000 miles per second, so from the position of [4], the energy captured by the Earth is a small part of that radiated by the sun, but that is more than enough to meet energy needs.…”
Section: Introductionmentioning
confidence: 99%
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