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Keeping HUP sustainable
Greg Evans.

Corporate director of sustainability for the University of Pennsylvania Health System Greg Evans.

(Image: Courtesy of Environmental Innovations Initiative)

Keeping HUP sustainable

Corporate director of sustainability for the University of Pennsylvania Health System Greg Evans discusses steering Penn Medicine towards a greener future.

2 min. read

Move-out: Tips for a cleaner, greener, easier experience
Sign with info on off-campus move-out.

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Move-out: Tips for a cleaner, greener, easier experience

Penn offices and community partners have options for off-campus pickups, on-campus donations, and additional curbside trash pickup days aimed at keeping the neighborhood clean and limiting what ends up in the landfill.

3 min. read

Turning the desert into an oasis
People gather around a large map placed on the floor.

In Senegal, the ambitious Dakar Greenbelt project seeks to create an extensive network of ecological infrastructure in and around the city to sustainably address environmental concerns and enhance urban life. With support from David Gouverneur and Ellen Neises, Ph.D. candidate Rob Levinthal in the Weitzman School of Design led two courses that included a field trip to Dakar, that culminated in students presenting their visions for parts of the Greenbelt.

(Image: Courtesy of Chaowu Li)

Turning the desert into an oasis

Students from the Weitzman School of Design journeyed to Senegal to help with a massive ecological and infrastructural greening effort as part of their coursework. The Dakar Greenbelt aims to combat desertification and promote sustainable urban growth.
Mapping molecular arrangements to pave the way for better catalytic systems
Bright spots represent individual catalyst molecules captured under cryogenic conditions to prevent clustering.

Eric Stach of the School of Engineering and Applied Science and colleagues used neural networks to better identify the characteristics of catalysts that drive the creation of liquid fuels from sunlight. Shown here: The arrangement of a catalyst molecule, as observed under cryogenic conditions. The bright spots represent individual or small groups of molecules immobilized on a surface and the cryogenic temperature helps minimize clustering caused by the electron beam during imaging, allowing scientists to study the molecule’s distribution more accurately.

(Image: Sungho Jeon)

Mapping molecular arrangements to pave the way for better catalytic systems

The Stach Group in Penn Engineering led a collaborative team identifying how chemical catalysts drive the creation of liquid fuels from sunlight, paving the way for more efficient removal of greenhouse gases from the atmosphere.