3 research outputs found

    Village Water Ozonation System

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    Safe drinking water is something that all humans need. People around the globe face issues like limited access to water, water scarcity, and contamination of their water supply. Alleviating global water-related illnesses and deaths remains a prevailing challenge to overcome. With this in mind, the Village Water Ozonation System (VWOS) team works with communities to increase their access to safe drinking water. In the past few years, VWOS has had the privilege of walking alongside our partner communities in Mexico, Pakistan, and Nicaragua to develop sustainable drinking water solutions. Through collaborations with several Christian organizations such as Forward Edge International in Mexico, Full Gospel Assemblies Bible College of Pakistan and, Friends in Action International in Nicaragua, the team has acquired an increased awareness of drinking water needs and issues across the world. Over this past academic year, the team has focused on completing a design for a church in Oaxaca, Mexico where water will be drawn from a polluted well. The VWOS design includes accessing the well, purifying the water to a drinkable standard, and providing the option of utility water from the same well. The team has also been designing and testing for a client in Pakistan who has arsenic in their water source. The team has tested and designed in order to remove the arsenic from the source. Implementation for these two projects will be in the near future. Lastly, the team has begun investigation on removal of salt in a water source for a client in Nicaragua.https://mosaic.messiah.edu/engr2020/1013/thumbnail.jp

    Village Water Ozonation System

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    The Village Water Ozonation System (VWOS) team’s core mission statement is to provide economically sustainable and culturally sensitive drinking water solutions for communities, to empower communities with the ability to properly maintain their drinking water supply, and to transform people’s lives by decreasing the occurrences of waterborne diseases. Currently, the VWOS team is partnering with Friends in Action to design and implement two drinking water treatment systems for the community living on Rama Cay, an island in the Bluefields Lagoon on the eastern coastline of Nicaragua. The wells on the island are contaminated with E. coli and other bacteria and contain high levels of salt that cause the water to be unhealthy, distasteful, and corrosive to metal equipment in the system. The team hopes to design a system that will disinfect the water, remove salinity from the well water with a safe and efficient disposal of all byproducts, and decrease corrosion agents. VWOS is partnering with Forward Edge International for the third time (Nicaragua 2009 and Mexico 2016) to design water treatment systems for communities in Oaxaca, Mexico and Kijabe, Kenya. The system for Oaxaca is ready for implementation and awaits availability to travel. The system for Kijabe is in the initial stage of communicating with the client on specifics for the design.https://mosaic.messiah.edu/engr2021/1018/thumbnail.jp

    Biomarkers in electrophysiology: role in arrhythmias and resynchronization therapy

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