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Solutions

     Water is an essential fundamental resource for life. Years of bad habits and ignorant decisions is now spoiling and depleting this natural resource. Often we hear and see areas and populations in need of water, but we don’t really care because it is not directly effecting us. Us as in the ones flushed in water and can run through our daily lives without thinking, where will I find my next gallon of fresh clean water? We need to stop believing that access to water is an accessible and natural thing as long as we are not facing water scarcity in our region. The world needs to join hands in finding solutions to reduce the world’s water footprint.

     Water crisis is a natural and human issue that is apparent when the water supply is less than demand. Water is used for agriculture, industrial, and, domestic uses. To make a long list short, if we don’t have water there is no life to live and many communities develop into poverty stricken areas. Water scarcity is the result of physical (climate change, drought, floods, and geography) and economic (engineering, regulations, competition for resources, and water management) issues. Only one percent of our water is fresh. Some regions are relatively flushed with water while, others face drought, pollution, and contamination of sanitation related diseases (malaria, parasitic worms, E. coli, cholera, typhoid, and salmonella). In order to save the world’s water and to meet the water deficiencies of developing countries communities’, there needs to be new technology and innovative ideas introduced to countries and we also need to be educated on how to preserve water.

     It is time to do something about water shortage. According to circleofblue.org the shift of public perception of the value of water, is prompting governments and companies to view clean water not only as a commodity to exploit but, as a precious resource. Solutions to this water crisis starts with small improvements in our individual homes, depending less on water as a source of energy, filtration systems, building latrines, building wells, improved rain water catchments, fixing or updating water infrastructures, and overall improvement of policies and regulations.

 

Improvements Within Homes

 

     Practicing saving water in your homes can lead to cheaper utility bills. Believe it or not, this water crisis is effecting you. The amount of water accessible determines the prices of water bills and energy bills.“Conservation of water can also extend the life of your septic system by reducing soil saturation, and reducing any pollution due to leaks. Overloading municipal sewer systems can also cause untreated sewage to flow to lakes and rivers. The smaller the amount of water flowing through these systems, the lower the likelihood of pollution. In some communities, costly sewage system expansion has been avoided by communitywide household water conservation” (eartheasy).

Use simple steps:

  • Invest in energy saving appliances­

  • Unplug appliances

  • Check leaks within and around your house

  • Close the pipe when you are not actually using the water

  • Wash full loads in the dishwasher and washing machine. "With clothes washers, avoid the permanent press cycle, which uses an added 20 liters (5 gallons) for the extra rinse. For partial loads, adjust water levels to match the size of the load. Replace old clothes washers. New Energy Star rated washers use 35 - 50% less water and 50% less energy per load" (eartheasy). Consider buying energy saving washers.

  •  Recycle. Don’t throw contaminants down the drain. Use the right disposable methods for grease and hazardous chemicals, this leads to polluted waters.

  • Water your lawn when it needs it. Your lawn only needs one inch of water a week. To check to see if your lawn needs water step on it and if the grass springs back then is fine. It is also good to let your grass grow up to three inches promotes water retention in the soil.

  • Build your own land irrigation system

  • Invest in energy saving appliances

 

 

New sources of energy

     Water generates energy. “About two-thirds of America’s all renewable energy comes from hydroelectric sources; about a fifth comes from wind” (How Much Electricity Comes From Renewable Source).Water has commercial, agricultural, industrial, and electric uses. Advocating the use of solar panels and wind energy (wind turbines, wind pumps, and wind mills) can save the natural resource, water.

"Power continues to be a big hog of water. Depending where you are in the world more than 50 percent of water consumption is going to power generation. So project out 10 to 20 years and the ways we’re going to meet the new power generation needs are potentially more water intensive than in the past. In the past there was a lot of once-through cooling in power. While it touched a lot of water, it wasn’t that much consumption, and the water was relatively unchanged from front to back"(Maddock).

 

 

Helping Developing Countries in need

     The transfer of our conservation techniques to other countries can bring fresh clean water to an area that is poverty stricken. This is going to be difficult due to funds, weak economy, and government and private businesses that determine the policies and regulations among certain citizens based on their region.

  • Filtration systems- Sanitation related pathogens in water is one of the many reasons for deaths. Without proper chemicals and filtration systems, water is not exactly clean. Using innovations such as lifestraws, solar disinfection, slow sand filtration, and ceramic water filters can save lives. Lifestraw is an inexpensive cigar shaped purifier. This clever design purifies water from potential pathogens like typhoid, cholera, dysentery and diarrhea – all before they reach your lips” (Paul). Solar disinfection is using the sun to disinfect water placed in water bottles. It is inexpensive but the length of six hours in direct sunlight and having water bottles are some factors. Users of Solar Disinfection fill 0.3-2.0 liter plastic soda bottles with low-turbidity water, shake them to oxygenate, and place the bottles on a roof or rack for 6 hours (if sunny) or 2 days (if cloudy). The combined effects of ultra-violet light (UV)-induced DNA damage, thermal inactivation, and photo-oxidative destruction inactivate disease-causing organisms” (CDC).Slow Sand filtrations are inexpensive but does require skill to operate. The process moves untreated water slowly through a bed of porous sand. "A shallow water layer (5-6cm) allows a bioactive layer to grow on top of the sand, which contributes to the reduction of disease-causing organisms" (CDC). Ceramic filtration is a flowerpot shaped filter. “It holds about 8-10 liters of water, and sits inside a plastic or ceramic receptacle. To use the ceramic filters, families fill the top receptacle or the ceramic filter itself with water, which flows through the ceramic filter or filters into a storage receptacle. The treated water is then accessed via a spigot embedded within the water storage receptacle. The filters are produced locally at ceramics facilities, and then impregnated with colloidal silver to ensure complete removal of bacteria in treated water and to prevent growth of bacteria within the filter itself” (CDC).

  • Building Latrines- Diarrhea causing pathogens live in water that has been contaminated with human or animal feces. This contamination can occur in the environment as a result of inadequate sanitation and inadequate protection of drinking water supply and not practicing good hygiene. Building latrines can minimize the risks of the water supply being contaminated by pathogens.

  • Building Wells- Building man made or drill made wells can provide freshwater to villages. How to structure a man made well can be taught by educating developing countries. In order to do this people wealthy enough need to donate money towards programs that can supply the materials needed for this project. Wells can decrease the time families spend searching for water and will increase their time for freedom and opportunities.

  • Advanced Water Catchments- Structuring rooftop irrigation systems to harvest rain water into barrels with a filtration system.

  • Fixing/Updating Infrastructures- Poor management of water infrastructures are devastating to economies because resources are being wasted and the cost is hitting hard on pockets. Fixing leakes in sewage pipes can prevent water contamination. Fixing leakes can save money. Updating infrastructures based on new technologies can prevent fixes.

  • Envolvement- Fostering international partnerships can lead to the sharing of resources. Community organizations can voice policy changes.

 

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