Several years ago, a company called Vestergaard Frandsen created a device called a LifeStraw. The device looks exactly like a very large straw and it can theoretically be used to drink water out of nearly any water source and the straw itself, stuffed with different filters and disinfectants, will remove bacteria and parasites. Problems began to arise with the LifeStaw soon after its creation. As of now, the LifeStraw costs about $3.50 a piece to produce and would last for about six months or more. The device has drawn various criticisms from being too slow to actually provide enough water to not changing the root cause of the clean water shortage problem. The biggest debate about this seems to be whether or not that amount of money is feasible for the countries in which such a product would be most necessary. Would that money be better spent on solving a root problem such as education?
More recently, a company named Hydration Technology Innovations has come up with a similar, though possibly more feasible idea, this time directed toward disaster relief. Their device is called the HTI HydroPack and it is referred to in the article as a “Capri Sun pouch for disaster relief.” The idea is that once the pouch, containing powdered nutrients while empty, spends about half a day in a water source will be filled with potable, nutrient-fortified water. The HydroPack seems to have some advantages over the LifeStraw, particularly in disaster or temporary relief situations. First of all, while the pack does take a considerable amount of time to fill, it does not require the direct activity of a person such as the LifeStraws do. Secondly, the addition of nutrients into the pack would be an excellent way to improve nutritional health in a way that requires no additional effort from the users beyond getting the water. The pack seems easier to distribute in a hurry which, as the article mentions, is probably better than the current method of distributing bottled water since the weight and volume of the actual water is not a factor in transportation. A big question right now seems to be the production costs of the pack.
Although both of these devices seem more like a Band-Aid than a true solution to the world’s aggravated water problems, they seem to be a step toward more efficient and effective disaster relief and temporary water-shortage relief. I’ll be interested to see what becomes of these two products and if either of them makes its way into mainstream use.