NOTT-202a chemical make-up | Inhabitat - Green Design, Innovation, Architecture, Green Building

NOTT-202: UK Scientists Create Metal-Organic Framework That Absorbs CO2

06/13/2012

Chemistry Lab

In a collaboration between theUniversity of Nottingham and the University of Newcastle, the Diamond Light Source and STFC Daresbury Laboratory have seen the creation of a metallic porous material that is able to absorb and retain CO2. The metal organic framework, known as NOTT-202a, is part of an ongoing effort by UK scientists to develop new materials for gas storage applications. The development will hopefully play a key part in reducing global emissions through carbon capture....<br><br><a href='https://inhabitat.com/nott-202-uk-scientists-create-metal-organic-framework-that-absorbs-co2/'>READ ARTICLE</a>

1
NOTT-202a chemical make-up

In a collaboration between theUniversity of Nottingham and the University of Newcastle, the Diamond Light Source and STFC Daresbury Laboratory have seen the creation of a metallic porous material that is able to absorb and retain CO2. The metal organic framework, known as NOTT-202a, is part of an ongoing effort by UK scientists to develop new materials for gas storage applications. The development will hopefully play a key part in reducing global emissions through carbon capture....<br><br><a href='https://inhabitat.com/nott-202-uk-scientists-create-metal-organic-framework-that-absorbs-co2/'>READ ARTICLE</a>

2

Chemistry Lab

In a collaboration between theUniversity of Nottingham and the University of Newcastle, the Diamond Light Source and STFC Daresbury Laboratory have seen the creation of a metallic porous material that is able to absorb and retain CO2. The metal organic framework, known as NOTT-202a, is part of an ongoing effort by UK scientists to develop new materials for gas storage applications. The development will hopefully play a key part in reducing global emissions through carbon capture....

READ ARTICLE

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