martes, 21 de septiembre de 2010

Dioxido de carbono capturado por membranas nanometricas

Carbon Dioxide Capture with Nanometric Thin-film Membranes

Esta articulo salio el dia de hoy 21 de septiembre del 2010, y explica como nuevas membranas extremadamente delgadas pueden ayudar a reducir el exceso de dioxido de carbono en la atmosfera.

Summary posted by Meridian on 9/21/2010
Source: Nanowerk
Author: Michael Berger

One-third of total world carbon dioxide (CO2) emissions are estimated to come from energy production in power plants. A promising technique, called Carbon dioxide Capture and Storage (CCS), for reducing such emissions, is to capture them before they hit the atmosphere and store the gas underground. The technique requires the CO2 to be separated from the other waste gases before it can be stored, a type of filtration that is expensive and uses chemicals. However, new nanotechnology techniques to fabricate nanoscale thin membranes may lead to a technology that is more effective and costs less, making them competitive for large scale applications, unlike most current membranes. Researchers from the Institute of Materials Research and Institute of Polymer Research, Germany, have developed and manufactured nanometric thin film membranes with record performance, exhibiting unmatched CO2 permeance combined with high selectivity and stability. Research conducted by the team found that their ultra-thin membrane has the potential for carbon capture in coal-fired power plants. Their findings were reported in the September 1 issue of the journal Nanotechnology.

3 comentarios:

J.P. dijo...
Este comentario ha sido eliminado por el autor.
J.P. dijo...

¿Puedo acceder al artículo original?
¿se tiene una idea de qué hacer con el CO_2 recuperado?

sudpepe dijo...

Muy bueno, pero como dijo el Dr Molina, la geotecnologia aun esta en prueba y se debe actuar con mucho cuidado puesto que no sabemos las consecuencias a largo plazo. Este articulo me hubiera servido mucho el semestre pasado en mi ensayo de PENSAMIENTO Y Lenguaje... mil gracias