Summer camps, the Waterloo way

By: Community Relations & Events

The benefits that camps and enrichment programs have on the development of children are widely known.  Through our diverse year-round programing, the University of Waterloo strives to meet the needs of our community and have a positive impact in shaping the minds of tomorrow's leaders. 

At Waterloo summer camps are more than just fun and games.  Programs offered include Engineering Science Quest (ESQ), Catalyst, Music Camp, Peace Camp, Warriors Sports Camps, and Quantum Cryptography School for Young Students (QCSYS).  Each experience is designed to provide children with hands on experiences in an innovative, fun and educational way.  Programming is available for children from the earliest elementary school grades to the end of their high school career.

In addition to on campus programing, we also offer opportunities for off-campus summer camp experiences.  Throughout the summer our ESQ teams visit communities that are beyond the reach of our main campus, bringing all the fun and excitement of Waterloo to various communities in Central and Southwestern Ontario. 

Outreach to off-campus communities include, Brantford, Chatham, Orangeville, Owen Sound, Stratford, and the First Nation communities of, Aamjiwnaang, Kettle Point, Nawash, and Wapole Island.  This outreach provides access for our youth enrichment programs to communities who may not otherwise have the opportunity to experience what the University of Waterloo has to offer, positively impacting future generations. 

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"Tree of life" will produce clean water

An affordable biofiltration water treatment system that uses extracts from seeds of the Moringa plant – known locally as malunggay or the tree of life – is set to  begin an 18-month trial in the summer of 2014 in rural areas of the Philippines.

Professor Sheree Pagsuyoin, a civil and environmental engineering professor at the University of Waterloo, leads this international project that is funded by Grand Challenges Canada. The organization has named Pagsuyoin, along with colleagues from George Washington University (USA) and De LaSalle University (Philippines), as Global Health Innovation Stars.

Currently in the development phase, the Barangay Water Project centres on creating a portable, scalable, and modular water filtration system that takes advantage of local materials such as volcanic ash, sand, gravel, and extracts from malunggay seeds.

As river or well water passes through the biofiltration system, particulates are filtered out while the extracts remove other contaminants such as coliform bacteria and metals. The system is envisioned to produce water that is safe for drinking and cooking.

“Apart from providing safe drinking water, our project is tied to improving the residents’ overall health and well-being,” added Professor Pagsuyoin. “The Philippine government has been instrumental in encouraging its residents to cultivate malunggay not only for its nutritional value, but also for its capability to stabilize soil.”

To encourage local residents to use the Barangay Water Project’s filtration system, the research team uses the native malunggay tree as a key component of the water filtration system.  The tree has been called a “powerhouse of nutritional value" because it is a source of protein, vitamins and minerals, and a good source of monounsaturated fat.

Once proven successful, the technology can be adapted for either household or communal use. In homes, the system is operated as a gravity-based slow sand filter. For larger-scale uses, such as in communities or evacuation centres, small pumps can be incorporated into the design to increase the filtration process.

Due to the Philippines’ topographic and geographic features, reliable centrally-treated water is not available in many rural areas of the country.  In 2012, 85 per cent of the country’s 97 million population lived in rural areas.  Without safe water access, many who live in barangays (Filipino for “villages”) consume untreated water collected from open water sources such as rivers and streams, or from unprotected wells.

On an ongoing basis, many residents cannot afford the cost of fuel wood (a popular household fuel) needed to boil water.  Dry wood can also be scarce during the country’s five-month long monsoon season.  Although chlorination is another option, residents dislike the taste of residual chlorine in the water. Bottled water is also expensive for many rural Filipinos. In the project site of Northern Samar, 44 per cent of households live below the poverty line, earning less than $5 per day.

Without access to safe water, many rural households in the Philippines risk contracting water-borne diseases such as diarrhoea, leptospirosis and typhoid; this health threat increases during floods and other disasters. Diarrhoea is one of the leading causes of morbidity and mortality in the Philippines.

Ultimately the Barangay Water Project has the potential to address these problems by effectively providing safe and affordable drinking water for families, communities and evacuation centres. 

“Grand Challenges Canada shares and supports our vision of providing access to safe water in poor communities through innovative approaches,” said Professor Pagsuyoin. “This funding allows us to bring a low-cost water treatment technology in rural areas of the Philippines, while making a real, positive, impact to the day-to-day lives of residents these communities.”  

Grand Challenges Canada’s developed the Stars in Global Health program to support innovative ideas with widespread impact in Canada and in low- and middle-income countries. The program recognizes projects and ideas that use scientific/technical, social and business innovation to address some of the most pressing global health challenges.

Additional information about the Barangay Water Project can be found on the Grand Challenges website.  Those interested in the project are encouraged to follow @BarangayWater on Twitter.

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Flora Ng receives CAS Visiting Professorship

Chemical Engineering Professor Flora Ng has been awarded a Visiting Professorship for Senior International Scientists by the Chinese Academy of Sciences (CAS).

This visiting professorship is granted to senior international scientists to carry out collaborative research with researchers in one of the CAS’ Research Institutes.

Professor Ng’s collaboration is with Professor Suojiang Zhang, the director of the Institute of Process Engineering (IPE) at the Chinese Academy of Sciences in Beijing.

The award provides travel and living expenses for the professor and their family for up to a year.

Professor Ng spent time in Beijing in May for two weeks, holding research meetings and discussions with various IPE scientists related to the use of ionic liquids as a green solvent for chemical process development, separation, and catalysis.

“Our collaboration is primarily focused on the use of ionic liquids for the conversion of carbon dioxide, a greenhouse gas, to high volume or valuable chemicals, and also developing new processes for the efficient utilization and reduction of carbon dioxide from the atmosphere,” Ng explains. “I also mentor young scientists and graduate students at IPE.”

“During my stay there, I also gave a plenary lecture entitled “Production of Sustainable Fuels and Chemicals via Green Chemistry and Engineering “ at the 2014 CAS-TWAS Symposium on Advanced Engineering Science for Sustainable Development.” TWAS is The World Academy of Sciences for the Advancement of Sciences in Developing Countries and is headquartered in Trieste, Italy.

“I will be returning to the IPE, CAS in Beijing this fall to follow up on the research collaborations that I have initiated in May,” says Ng.

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