Difference between revisions of "Team:Consort Alberta"

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<h1 class="left_heading_CON">ECOS</h1>
 
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<p>Our project, ECOS, is a biological sensor designed to detect aromatic hydrocarbons found in soil. Due to human error, oil leakage is bound to occur, and because agriculture and the oilfield are closely intertwined, contamination is a cause for concern. ECOS, alginate beads containing modified E. coli, detects crude oil in a sample of soil or water. Detection of oil spills is a major issue because if oil contamination goes unchecked, the carcinogens found in oil can damage the crops and health of animals in the area.</p>
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<p>Our project, ECOS, is a biological sensor designed to detect aromatic hydrocarbons found in soil, particularily xylene, which corresponds to other carcinogens compounds like benzene and toluene. In Consort, Alberta, our economy is based almost entirely on agriculture and the oil industry. These two portions of the economy coexist side by side; oil wells are drilled on land adjacent to crops and cattle. This poses an issue if oil spills occur. </P>
<p>Testing can be done safely and accurately, allowing us to take action quickly and minimize health hazards in communities worldwide. Our alginate beads are a simple design that the average person can use by easily mixing in a soil or water sample with our beads, and within hours the results are apparent – if the beads fluoresce, there is xylene and therefore crude oil contamination. The current system for oil detection takes weeks before a sample is tested and returned. By this point, the result is invalid.</p>
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<p>While oil companies have strict regulations and protocols that they follow, it is always important that we increase our environmental stewardship. There is not a test currently that can check for contamination on site. There is little one can do after sending a sample to a lab and not receiving results back for weeks at a time. In order to properly monitor these sites, farmers and oil companies alike need the tools to do so. This is where we come in. ECOS will provide an on-site test that is cheap, efficient and easy. After talking to many community members we believe that our project could be used for semi-annual testing of sites, water monitoring and post spill monitoring. </p>
<p>This project is in its third year in running; however our new perspective – using alginate beads – is unparalleled to the previous advancement of this project. Our current team consists of eight students and one teacher/leader, but the help we have received from our village of Consort extends to encompass the entirety of our community.</p>
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<p>This project is in its third year in running; however our new perspective – developing a working prototype that the average person can use – is unparalleled to the previous advancement of this project. Our current team consists of eight students and one teacher/leader, but the help we have received from our village of Consort extends to encompass the entirety of our community.</p>
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Revision as of 01:54, 10 September 2015

Team Project Notebook Human Practices

ECOS

Our project, ECOS, is a biological sensor designed to detect aromatic hydrocarbons found in soil, particularily xylene, which corresponds to other carcinogens compounds like benzene and toluene. In Consort, Alberta, our economy is based almost entirely on agriculture and the oil industry. These two portions of the economy coexist side by side; oil wells are drilled on land adjacent to crops and cattle. This poses an issue if oil spills occur.

While oil companies have strict regulations and protocols that they follow, it is always important that we increase our environmental stewardship. There is not a test currently that can check for contamination on site. There is little one can do after sending a sample to a lab and not receiving results back for weeks at a time. In order to properly monitor these sites, farmers and oil companies alike need the tools to do so. This is where we come in. ECOS will provide an on-site test that is cheap, efficient and easy. After talking to many community members we believe that our project could be used for semi-annual testing of sites, water monitoring and post spill monitoring.

This project is in its third year in running; however our new perspective – developing a working prototype that the average person can use – is unparalleled to the previous advancement of this project. Our current team consists of eight students and one teacher/leader, but the help we have received from our village of Consort extends to encompass the entirety of our community.