CONTRIBUTED BY FAMILY UNITY AND AGAINST GLOBAL WARMING EFFECT TO IT FROM SOLAR ENERGY

Autores

  • Luis Gabriel Becerra R. Proyectos Solares Inteligentes
  • Doralba J. Flechas B. Proyectos Solares Inteligentes

DOI:

https://doi.org/10.59627/cbens.2008.1659

Palavras-chave:

Solar Energy Congress, Global Warming, Ecological Footprint, Housing

Resumo

he whole world hears daily climate change that are already experiencing the consequences that have been expressed with floods, forest fires, degradation of the soil, emergence of new diseases and climate imbalance in general. The case is already proven exaggerated the emission of greenhouse gases, especially carbon dioxide through the burning of fossil fuels that vegetation is not sufficient to recycle. Since each home is contributing to an increase in the Greenhouse effect. The above conditions can lead to extreme events of catastrophic consequences for the biosphere putting at risk life on the planet. This makes awareness to act immediately no matter how small the contribution is individual, but if it will be its practical effects. If some custom home modifications that will impact positively be reflected in real improvement in the quality of life. In this case it comes to reducing emissions by each family unit but How can contribute in a practical way to reduce the greenhouse effect from each household? According to the analysis of the daily activities of life of a family were find that the Kitchen is the area that contribute critical to increasing global warming, an area where solar energy has great viability in cooking without burning any fuel by the ecological footprint minimal.

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Biografia do Autor

Luis Gabriel Becerra R., Proyectos Solares Inteligentes

Proyectos Solares Inteligentes

Doralba J. Flechas B., Proyectos Solares Inteligentes

Proyectos Solares Inteligentes

Referências

http://news.bbc.co.uk/hi/spanish/science/newsid_2962000/2962866.stm, http://www.solarcooking.org

FERNANDO SANCHEZ SANCHEZ, Manual de la gestión ambiental. Universidad Francisco José de Caldas.

JENSEN A. WILLIAM, “Botánica”, 2ª ed. Mc. Graw Hill, California, Berkeley, p276.

KREITH FRANK, “Principles of solar engineering”, 1ª ed. New York

RADÓN EN AMBIENTES INTERIORES, http://www.mtas.es/insht/ntp/ntp_440.htm

RESTREPO FABIO, “Los principios fundamentales de la Química Orgánica”, Ed. Bedout, Medellín Colombia.

UNIVERSIDAD DE CÁDIZ, “Principios Medioambientales”, IUSC, Módulo 1, España, 2005, p74

Publicado

2008-11-10

Edição

Seção

Anais