Gas and energy: use of natural gas in the face of energy demand and environmental maintenance / Gás e energia: utilização do gás natural diante à demanda energética e manutenção do meio ambiente
: Natural gas has emerged as a strong alternative to energy consumption. In addition to high energy yield produces low environmental impact. With complete combustion, it reduces the emission of CO, CO2, NO2. In the combustion, it has excellent thermal stability, generating products with better qu...
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doaj-b20ec6d6c58c44db96c3c3af411676f12020-11-25T01:20:45ZengUniversidade Estadual de AlagoasDiversitas Journal2525-52152017-04-0121394410.17648/diversitas-journal-v2i4.340Gas and energy: use of natural gas in the face of energy demand and environmental maintenance / Gás e energia: utilização do gás natural diante à demanda energética e manutenção do meio ambienteMaria Goretti Sabino Cordeiro0Túlio Cordeiro Aragão1) Licenciada em Química, Pós-Graduação em Gestão Ambiental; Instituto Federal do Ceará; Maracanaú, Ceará; e-mail: mariagorettisc@yahoo.com.br Graduando em Engenharia de Petróleo; Universidade Federal de Campina Grande, Campina Grande, Paraíba; e-mail: tulio_for@hotmail.com: Natural gas has emerged as a strong alternative to energy consumption. In addition to high energy yield produces low environmental impact. With complete combustion, it reduces the emission of CO, CO2, NO2. In the combustion, it has excellent thermal stability, generating products with better quality. The objective of this work was to show the general results for the socio-environmental balance is the use of natural gas as a substitute for petroleum products, highlighting the use of biogas, where qualitative and quantitative research data can be diversified. In the automotive industry improves the performance of lubricating oils. Natural gas contributes to the reduction of pollution due to its low emission of particulates. Its use does not imply deforestation or flooding of huge green spaces. Based on quantitative research, the methods of obtaining this gas obtained in fields and through the burning of biomass (sugar cane bagasse), reveals ways of sustainability. CH4 can be used as a fuel with great advantage over LPG (liquefied petroleum gas) and in the thermoelectric power plants is used to produce electricity. It can be found in hydrates, where it is trapped in large blocks of ice. The deposits of hydrates of the marine subsoil are incalculable, needing improvement of technology to exploit this resource and energy use, also found in deposits and usually associated with natural oil. However, because it is of fossil origin, its combustion contributes to the greenhouse effect. Natural gas, CH4, found in land or sea, can be replaced by biogas, which is relevant in sustainability, guaranteeing economy, remediation and sustainability.http://periodicos.ifal.edu.br/diversitas_journal/article/view/340Natural GasEnvironmentEnergy |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Maria Goretti Sabino Cordeiro Túlio Cordeiro Aragão |
spellingShingle |
Maria Goretti Sabino Cordeiro Túlio Cordeiro Aragão Gas and energy: use of natural gas in the face of energy demand and environmental maintenance / Gás e energia: utilização do gás natural diante à demanda energética e manutenção do meio ambiente Diversitas Journal Natural Gas Environment Energy |
author_facet |
Maria Goretti Sabino Cordeiro Túlio Cordeiro Aragão |
author_sort |
Maria Goretti Sabino Cordeiro |
title |
Gas and energy: use of natural gas in the face of energy demand and environmental maintenance / Gás e energia: utilização do gás natural diante à demanda energética e manutenção do meio ambiente |
title_short |
Gas and energy: use of natural gas in the face of energy demand and environmental maintenance / Gás e energia: utilização do gás natural diante à demanda energética e manutenção do meio ambiente |
title_full |
Gas and energy: use of natural gas in the face of energy demand and environmental maintenance / Gás e energia: utilização do gás natural diante à demanda energética e manutenção do meio ambiente |
title_fullStr |
Gas and energy: use of natural gas in the face of energy demand and environmental maintenance / Gás e energia: utilização do gás natural diante à demanda energética e manutenção do meio ambiente |
title_full_unstemmed |
Gas and energy: use of natural gas in the face of energy demand and environmental maintenance / Gás e energia: utilização do gás natural diante à demanda energética e manutenção do meio ambiente |
title_sort |
gas and energy: use of natural gas in the face of energy demand and environmental maintenance / gás e energia: utilização do gás natural diante à demanda energética e manutenção do meio ambiente |
publisher |
Universidade Estadual de Alagoas |
series |
Diversitas Journal |
issn |
2525-5215 |
publishDate |
2017-04-01 |
description |
: Natural gas has emerged as a strong alternative to energy consumption. In addition to high
energy yield produces low environmental impact. With complete combustion, it reduces the emission of
CO, CO2, NO2. In the combustion, it has excellent thermal stability, generating products with better
quality. The objective of this work was to show the general results for the socio-environmental balance is
the use of natural gas as a substitute for petroleum products, highlighting the use of biogas, where
qualitative and quantitative research data can be diversified. In the automotive industry improves the
performance of lubricating oils. Natural gas contributes to the reduction of pollution due to its low
emission of particulates. Its use does not imply deforestation or flooding of huge green spaces. Based on
quantitative research, the methods of obtaining this gas obtained in fields and through the burning of
biomass (sugar cane bagasse), reveals ways of sustainability. CH4 can be used as a fuel with great
advantage over LPG (liquefied petroleum gas) and in the thermoelectric power plants is used to produce
electricity. It can be found in hydrates, where it is trapped in large blocks of ice. The deposits of hydrates
of the marine subsoil are incalculable, needing improvement of technology to exploit this resource and
energy use, also found in deposits and usually associated with natural oil. However, because it is of fossil
origin, its combustion contributes to the greenhouse effect. Natural gas, CH4, found in land or sea, can be
replaced by biogas, which is relevant in sustainability, guaranteeing economy, remediation and
sustainability. |
topic |
Natural Gas Environment Energy |
url |
http://periodicos.ifal.edu.br/diversitas_journal/article/view/340 |
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