/tised/taxonomy/term/70/all en /tised/channels/event/role-electrode-surface-solar-driven-pyridine-catalyzed-co2-reduction-268651 <h2><span>The design of new technologies that shift U.S. power consumption away from fossil fuels toward sustainable alternatives must take into account the nation's large-scale need for stored chemical fuels. Photoelectrocatalytic CO2 reduction is one such technology, since it facilitates a process whereby solar energy is used to reduce CO2, a combustion product, into chemical fuels that are compatible with the existing U.S. energy infrastructure.</span></h2> <p><span> Fri, 16 Jun 2017 14:26:55 +0000 lauren.penney@mcgill.ca 15536 at /tised /tised/past-events/2016/sustainable-innovation-through-green-chemistry <h2>4th Annual Public Lecture on Sustainable Innovation through Green Chemistry: from clean materials to business success!</h2> <h2><img height="120" width="80" style="line-height: 1.53em; font-size: 1.23em; float: left;" class="file-small lt" src="/tised/files/tised/styles/wysiwyg_small/public/cannon-amy-copy-200x300.jpg?itok=4m_FIX-2" alt="" /></h2> Wed, 16 Dec 2015 20:21:30 +0000 lauren.penney@mcgill.ca 14131 at /tised /tised/channels/event/knowing-more-about-your-materials-innovative-solution-absolute-characterization-solid-materials-uv-243355 <h3>Event Description</h3> Sat, 07 Mar 2015 17:54:01 +0000 yingshan.gu@mail.mcgill.ca 13789 at /tised