Welcome to the Brook Group
Silicon-derived polymers, including silicones and silica, are technologically important materials used widely in commerce. However, most current synthetic routes provide little control over the types of silicones formed or, therefore, their behavior. Our research focuses on the development of improved syntheses of explicit silicones that will expand the availability of well-defined interfaces. Our research increasingly focuses on incorporating natural materials into silicones, with the resulting products being more sustainable and possessing really interesting properties, including energy absorption, thermal stability and biocompatibility.
McMaster
University
Department
of
Chemistry and Chemical Biology
A workshop on SUSTAINABLE SILICONES
Dec. 7,8 Washington DC
With presentations by Producers, Users and Academics
We hope to quantify where we have come and to find next steps to improve sustainability. Come and join the conversation
Workshop on Sustainable Silicones
__________________________________________________________________________
2023
Canadian Chemistry
and Chemical Engineering Award for Green Chemistry
Awardee
2019-24
Faculty
of Science Chair in Sustainable Silicone Polymers
2017
Winner
of Macromolecular Engineering and Science Award
2016 Winner of the Frederic Stanley Kipping Award in Silicon Chemistry
News
See our work on
Soybean
Oil Sustainable Silicones
Vitamins
and Antioxidants in Silicones (Hot Paper)
Sugar
Silicone Energy Absorbers
Underwater
Silicone Cure
Dissolving Rubber Tires
including links to the Green Chemistry paper, Media reports,
and an explanation
EnRoute
Interfaces Strategies with Rubber