A Trusted Source

A Trusted Source

School of Engineering | Faculty of Applied Science
Share Story Related Content Add to my report

For many, water is a commercial commodity, taken for granted and easily wasted, its value only recognized when the taps run dry or when it becomes unfit to drink. All too often the ‘fixes’ can be abrupt. Build pipelines or pour in chemicals with an attitude equally as efficient: Get it done, right now.

To other and usually older cultures, water runs far deeper; lakes, rivers, rain and cupped within a thirsting hand, water often carries a deeper, spiritual element. Canada is a G7 nation, which makes it all the more disturbing that many of the more than five million Canadians living in small rural communities – including many First Nations – can’t access clean, safe water.

Commercially driven expediency versus millennia of cultural attitudes and concerns; when they collide, remedial projects can easily stall. Meanwhile, the water is still bad.

Bridging the worlds and correcting the problem means developing trust and a common source between industry and these cultures through acquiring authentic, objective, factual knowledge untainted by prejudice, and that’s not easy, notes Dr. Madjid Mohseni of the UBC Department of Chemical and Biological Engineering.

As the founder of RES’EAU-WaterNET, an organization working to develop innovative water-treatment technologies for small rural communities, First Nations especially, Mohseni believes that winning trust can start with empathy:

“I think it takes time; you need to have patience. It takes multiple visits, it takes sitting down, listening to their concerns, understanding the values and talking to various people, especially Elders. Over time, there is going to be an established trust.”

Funded by the Natural Sciences and Engineering Research Council of Canada (NSERC) and The Peter Wall Solutions Initiative at UBC, among others, Mohseni and RES’EAU graduate students focused on examining existing water-treatment systems, exploring safer, highly effective and non-chemical alternatives such as short-wavelength UV purification and most importantly, striving to build trust and working relationships with B.C. First Nations.

For example, the water-sampling campaign where community water operators are trained to collect and record the data needed to track water-quality variations over the long term. To get the next generation of First Nations community leaders involved, Mohseni held a one-week summer camp for Aboriginal  high-school students from communities all over BC; not just to learn about water treatment but engineering and its career potentials.

In the last year, RES’EAU-WaterNET has been working specifically with five different First Nations in BC (some with multiple reserves). In addition, it has been involved with a number of other non-First Nations within and outside of British Columbia.

Because of their structure and focus on learning, universities have “the luxury” of investing time. Far too often, especially when First Nations are involved, Mohseni believes that schedule-oriented, spreadsheet-driven industry does not: “They don’t have the resources to wait.”

However, he also says there are individuals within companies that have an innate awareness and empathy and with proper training, these people could become highly effective conduits between industry and First Nations. But it will take time to build these qualified human resources.

“Initially things are going to be more difficult,” warns Mohseni, “but as you build the trust of a few communities and an understanding of how to work and collaborate with First Nations and appreciate the differences in cultures – or even from one community to another – that trust will grow.”

Read more about

Community Engagement

Related Content

Dr. Madjid Mohseni works in his advanced oxidation research laboratory. Photo credit: Martin Dee

"Bridging the worlds and correcting the problem means developing trust and a common source between industry and these cultures."

This fluidized bed photocataalytic reactor is used for water treatment. Photo credit: Martin Dee




Dr. Madjid Mohseni works with PhD student Clara Duca. Photo credit: Martin Dee


RT @ChadSinclairYVR: Just a reminder of job advert for Ass. Prof and Instructor positions @UBC @ubcengineering in Materials & Manufacturing…
3 days ago.
Know of a high school teacher that made a difference in your life? Nominate them for the McEwen Family Teacher Reco… https://t.co/0m2G9a2qax
3 days ago.
RT @alumniubc: "You sit in the capsule for an hour and a half before launch. I noticed how everyone was so calm. We all had specific things…
3 days ago.
RT @JamesDeanAPSC: Congratulations Nemy and thank you for all the work you do to create lasting Impact. @ubcappscience @ubcengineering #ubc…
4 Dec, 18
RT @ubcappscience: Did you know that our Master of Engineering Leadership in Advanced Material Manufacturing is ranked top 10 manufacturing…
4 Dec, 18
Carolling @UBCEngineers have stormed the @JamesDeanAPSC office to get him into the holiday spirit! https://t.co/NI35uyaEIO
30 Nov, 18
RT @ubcappscience: Graduation ceremony for students from all APSC disciplines on now https://t.co/xxnBbyWfxm #ubcgrad #apscgrad #tuumest ht…
29 Nov, 18
RT @ottawaeggheads: Collaboration with a community = orchestration, not management. Make the community a co-creator in your research - Dr M…
29 Nov, 18
The surprise source of the Tokyo 2020 Olympic medals. #ubcmining UBC mining expert Maria Holuszko comments. https://t.co/HoPdrNdjcu
28 Nov, 18
RT @ubcappscience: Canada invests in first-of-its-kind robotic platform @UBC. Congratulations to @CHBEUBC prof Curtis Berlinguette and team…
28 Nov, 18

One response to “A Trusted Source”

  1. Ted Campbell

    I owned Pure Water Transport for many years. We used stainless steel tankers to carry spring water to most bottling plants in the Lower Mainland of B.C. and other plants in Washington and Alberta. My daughter-in-law is native and was my tanker-purification person. When she told me about the horrible problems with drinking water on her home reserve I designed a self-contained, stand-alone water purification system that could be built inside either a 40′ shipping container or a semi-trailer van with wheels. I spoke to many natives who made it clear they are highly skeptical about water with chlorine or other chemical additives. For that reason I called the system “Chemical Free Water” I visualize assembling units with native workers and natives who could be trained as technicians on a reserve within driving distance of Vancouver to make it easier to obtain equipment. The units could be completed, tested then moved to any location. Once on site we would train a local technician to trouble-shoot and perform changes and repairs such as filters and pumps. Standardization is the order of the day, all pumps, gaskets, and bolts are interchangeable. A replacement parts and tool closet is built in before shipping. The system has dual protection. If something malfunctions an alarm goes to the local technician and also to a monitor near the plant such that qualified help is readily available. These units would NOT be sold, they would be leased, maintained and replaced or up-graded as improvements came along on a “per-liter” basis.

Leave a Reply