Impacto de las energías renovables  en las emisiones de gases efecto   invernadero en México

Alonso, Horacio Catalán

doi:10.22201/iiec.20078951e.2021.204.69611

Cited by 12 publications

(11 citation statements)

References 32 publications

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“…En tal virtud, se ha investigado y desarrollado, sistemas para el control de entrada y salida de estas plantas y su interconexión a los sistemas de alto voltaje; al mismo tiempo, se está analizando las posibilidades de almacenar energía en baterías o pilas, con el fin de tener continuidad de la energía en horas en las que la fuente renovable no está operando y así, aprovechar las bajas en la demanda y la disponibilidad del sol o el viento para cargarlas. Esta solución implica el procesamiento de material para la batería, fabricación y posterior disposición, cuyo mayor problema es la huella de carbono que se genera; le suma su relativo tiempo de vida y, el costo de inversión (Catalán, 2021). Se considera que, con la migración a las energías verdes, el volumen de emisiones que provocaría el uso de baterías eléctricas pudiera ser una de las desventajas para detener su entrada y disminución en el uso de los fósiles.…”

Section: Transición Energéticaunclassified

Las ciencias ambientales y su avance sin fronteras durante la pandemia

Delgado¹,

Martínez²,

Ponce³

et al. 2022

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Este libro aborda las temáticas enmarcadas en: Diagnóstico y remediación ambiental, Gestión ambiental, Salud, seguridad y responsabilidad ambiental, Energías renovables, Ordenamiento territorial y gestión del riesgo, por tanto da a conocer los avances que se ha gestado en relación con las ciencias ambientales en diferentes zonas del país y América Latina, como parte fundamental de la divulgación del conocimiento entre docentes, estudiantes y la comunidad en general.

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Section: Transición Energéticaunclassified

Las ciencias ambientales y su avance sin fronteras durante la pandemia

Delgado¹,

Martínez²,

Ponce³

et al. 2022

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“…For example, a 3% increase in economic activity increases emissions by 1.27%, while a 3% increase in fossil fuel energy consumption will increase total emissions by 1.69%, assuming other factors remain constant. Research on data on the Mexican economy found evidence of a bidirectional causal relationship between energy and production, indicating that the two variables form a complementary process, that is, an increase in GDP is accompanied by an increase in energy demand [18].…”

Section: Review Of the Literaturementioning

confidence: 99%

Analysis of Natural Gas Consumption Interdependence for Polish Industrial Consumers on the Basis of an Econometric Model

Chrulski

Łaciak

2021

Energies

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The transmission of natural gas is a key element of the Polish energy system. The published data of the Polish distribution system operators and the transmission system operator on the volume of gaseous fuel transmitted indicate a growing trend in the consumption of energy produced from natural gas. In connection with the energy transformation, switching energy generation sources from hard coal to natural gas in Poland, it is important for transmission operators to know the future demand for gaseous fuel. The aim of the article is to attempt to develop an econometric model related to the consumption of gaseous fuel by Polish entrepreneurs. The knowledge therein may be useful for making business decisions related to the possible expansion of the transmission system, and thus investing financial resources for this purpose. This knowledge will also provide quantitative information related to the interest in gaseous fuel among industrial consumers and the analysis of the trend of natural gas consumption in Poland in the aspect of energy transition. The intention of the publication was to determine the macroeconomic indicators that strongly affect natural gas consumption by the Polish industry and the quantitative growth of consumption depending on changes in these indicators. The results showed that the highest correlation of the growth of natural gas consumption is related to the production of chemistry, the chemical industry, and the power industry.

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“…Deforestation, landscape changes, hazardous atmospheric emissions, and effluents that pollute water and soil and destroy biodiversity are just a few of those already known environmental impacts of the mismanagement of the oil industry (Rico et al, 2007). The current governmental administration has not been clear about the future of renewable energies in the country, whereas the actions around the investment extraction and exploitation of oil and gas have been vigorous (Catalán, 2020). Since 2015, Mexico confirmed its willingness to meet the compromises of the 2030 Agenda from the United Nations (SRE, 2019).…”

Section: Introductionmentioning

confidence: 99%

Energy recovery from wastewater in Mexico: A systematic review

Ortiz-Sánchez

Cuevas-Rodríguez

2023

Front. Environ. Sci.

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The usage of fossil fuels to generate energy and the lack of wastewater treatment in Mexico are two issues that can be addressed at the same time while developing wastewater treatment technologies that incorporate energy recovery in their process train. We carried out a systematic review based on the PRISMA methodology to identify and review studies regarding energy recovery using wastewater as a substrate in Mexico. Peer-reviewed papers were identified through Scopus, Web of Knowledge, and Google Scholar, using a timeframe of 22 years that represented from 2000 to 2022. After applying the selection criteria, we identified 31 studies to be included in the final review, starting from 2007. The kind of energy product, type of technology used, substrate wastewater, amount of energy produced, and main parameters for the operation of the technology were extracted from the papers. The results show that methane is the most researched energy recovery product from wastewater, followed by hydrogen and electricity, and the technology used to archive it is an up-flow anaerobic sludge bed (UASB) reactor to produce methane and hydrogen. In addition, microbial fuel cells (MFCs) were preferred to produce electricity. According to our data, more energy per kgCOD removed could be obtained with methane-recovering technologies in the Mexican peer-reviewed studies compared with hydrogen recovery and electricity production.

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Impacto de las energías renovables en las emisiones de gases efecto invernadero en México

Cited by 12 publications

References 32 publications

Las ciencias ambientales y su avance sin fronteras durante la pandemia

Las ciencias ambientales y su avance sin fronteras durante la pandemia

Analysis of Natural Gas Consumption Interdependence for Polish Industrial Consumers on the Basis of an Econometric Model

Energy recovery from wastewater in Mexico: A systematic review

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