Annual Report 2010 - Comsats
Annual Report 2010 - Comsats
Annual Report 2010 - Comsats
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RSS, from September 27 - 29, <strong>2010</strong>.<br />
ESCWA’S New Regional Technology Centre to<br />
be Located at RSS: The new regional<br />
Technology Centre of the United Nations’<br />
Economic and Social Commission for Western<br />
Asia (ESCWA) would be based at the Royal<br />
Scientific Society (RSS), Jordan.An agreement to<br />
th<br />
this effect was signed on 26 December <strong>2010</strong>.<br />
Clean Technology Initiatives: Funding of three<br />
major clean technology initiatives by USAID<br />
Jordan was announced in <strong>2010</strong> during a<br />
ceremony at RSS in Amman. Under the<br />
announced plan, USAID will provide El Hassan<br />
Science City & RSS with full funding for the<br />
projects that will form the basis for an international<br />
research and development centre, an Incubator,<br />
and a Capital Network. This new cluster will<br />
provide researchers, investors and entrepreneurs<br />
with a forum to help bring clean technology<br />
innovations to market.<br />
Research Activities<br />
A couple of research activities of RSS undertaken<br />
during <strong>2010</strong> are as follows:<br />
Using the Electrochemical Reaction<br />
Engineering, Biotechnology and Solar Cells<br />
Technology to Produce Hydrogen and<br />
Desalinate Sea Water: This multiphase and<br />
multidisciplinary project is based on utilizing the electrochemical techniques by<br />
adding D.C. current produced from solar cells to the electrolyzer, in order to<br />
electrolyze sea-water to produce hydrogen gas as the first path of production. The<br />
second path of production is based on using biotechnology, which involves the use of<br />
green algae to generate Hydrogen gas from sunlight and sea-water. An electrolyzer<br />
connected to a flow system and solar panels, in addition to the biological system, were<br />
fabricated to fulfill the research requirements. Three genera of green algae have been<br />
identified in the samples obtained from Gulf of Aqaba. The predominant observed<br />
genera belong to: Chaetomorpha, Oscillatoria and Anabaena. The three types of<br />
identified genera are known for their capability to produce hydrogen. The research<br />
group is now working on the second phase of the project (Purification of hydrogen gas<br />
using metallic membranes and utilization of hydrogen gas using PEM fuel cells to<br />
produce energy and water).<br />
<strong>Annual</strong> <strong>Report</strong><br />
<strong>2010</strong><br />
Designing and Manufacturing of a Technological Product-line for Washing,<br />
Drying and Separating Silica Sand: The research project was implemented with the<br />
support of the Higher Council for Science and Technology (HCST)-Jordan. It aims to<br />
reduce energy-consumption of mineral processing technologies and improve<br />
productivity and quality by defining an innovative engineering design procedure of a<br />
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