The goal of the pilot is to prove the cost, logistical and health benefits of the HTI HydroPack over bottled water in disaster relief scenarios. The results of the study will probably be shared with international governments, the U.S. military and NGOs all through the world. "In order to supply the most effective achievable outcome for disaster victims, a paradigm shift wants to take place that recognizes the HydroPack as a superior solution to bottled water," mentioned Walter Schultz,CEO, HTI.
"Technology has one thing new to supply that is less costly, relieves a considerable portion of the logistical burden posed by bottled water and has well being benefits beyond bottled water. This analysis will give us independent information that will permit disaster relief organizations and international governments to consider the HydroPack as a superior answer." A parallel study will take location to examine the effectiveness with the HydroPack instructions, produced by noted designer Austen Angell and his industrial design firm Contemporary Edge, to bypass language barriers, which includes literacy.
Kenya Water for Wellness Organization (KWAHO), an independent, indigenous non-governmental organization (NGO), will administer the analysis. The project will likely be observed by the Red Cross,UNICEF as well as the Kenyan Government and will be held in Mudimbia, Kenya, a village comprised of 87 households.
"This region of Kenya experiences frequent flooding and at any given time, 40 percent of its residents do not have access to clean water," said Catherine Mwango, Executive Director, KWAHO. "If the analysis is verified out, the HydroPack has the potential to adjust the way that governments and NGOs respond in a disaster circumstance. The HydroPack may be a compelling solution to initial responders."
The HydroPack filters water making use of the all-natural procedure of Forward Osmosis. Each and every single-use pouch contains an osmotic charge (nutrient powder containing sugars and electrolytes) that is activated when the pouch is placed in any water source. The osmotic charge draws contaminated water by means of the Forward Osmosis membrane, which within the case in the HydroPack, is its packaging. Following a period of 10-12 hours, the pouch is full and prepared to drink. "The HTI HydroPack greatly reduces logistical burdens," Nathan Jones, Vice President of Government & Institutional Sales, HTI. "It is light, compact, utilizes existing water sources and is significantly much less pricey to airlift. Additionally, the drink which is produced has nutrients and calories essential to health and hydration. We believe these advantages will make the HydroPack the new standard for first response disaster relief." HTI's HydroPack Forward Osmosis membrane is impactful and un ique. HTI developed the novel membrane by employing specialty cellulose ester materials produced by Eastman Chemical Company.
"We have a close relationship with Eastman and their technical staff and have significantly benefited from their material science expertise. We look forward to a continued fruitful relationship with Eastman and producing the next generation of Forward Osmosis membranes," mentioned Keith Lampi, Vice President of Operations, HTI. The Kenya Water Study Project will be held for a period of 10 days. Participants will probably be provided with a kit containing enough HydroPacks for each and every member in the household. Participating families will beasked to fulfill as much of their daily hydration requirements as possible with the HydroPacks for a period of ten days and report on their general well being, ease of use as well as the taste in the filtered water.
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