You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
D R . E L A D G R O S S<br />
Dr. Elad Gross is developing new<br />
ways to turn biomass—plant and plant<br />
byproducts—into usable fuel. A Senior<br />
Lecturer in the Institute of Chemistry,<br />
Gross develops catalysts—substances<br />
that can efficiently transform organic<br />
materials into high added value<br />
chemicals. He is especially focused<br />
on the development of catalysts that<br />
will be able to transform methane—a<br />
natural gas resource that was recently<br />
found under the sea floor next to the<br />
seashores of Israel—into methanol, a<br />
useful energy source that can be used<br />
to power cars and fuel other industrial<br />
processes. The development of new<br />
catalysts will help to make this process<br />
greener and more economically viable.<br />
P R O F . L I O Z E T G A R<br />
Using the sun for energy has long<br />
been an aspiration of humankind, but<br />
mass solar electricity production often<br />
requires financial investment and major<br />
infrastructure changes. Prof. Lioz<br />
Etgar, at the Institute of Chemistry,<br />
has developed a solar panel that could<br />
make producing energy from the<br />
sun less costly and more efficient.<br />
Traditional solar panels are made<br />
from silicon, but Etgar’s is made from<br />
a newly discovered material called<br />
“perovskite,” a crystalline substance<br />
that efficiently absorbs light. “We have<br />
the sun,” Etgar says. “And we need to<br />
take advantage of it.”<br />
<strong>2017</strong>-2018 11