Why
Water?
Global Water Crisis
Over 700 million people live without access to clean drinking water. Unsafe water and lack of basic sanitation cause more deaths each year than all forms of violence, including victims of war. Children are especially vulnerable, as their weakened immune systems cannot withstand intense dehydration from diarrheal diseases.
Per the World Health Organization, “some 829,000 people are estimated to die each year from diarrhea as a result of unsafe drinking water, sanitation, and hand hygiene. Yet diarrhea is largely preventable, and the deaths of 297,000 children aged under 5 years could be avoided each year if these risk factors were addressed.”
While the statistics are staggering, we have found a viable solution that can last a long time.
All we need is for people like yourself to come alongside and help provide clean water now!
How We AIM To Make A Difference | Water Filtration
The water filter we use comes from Sawyer. The filter is, USA EPA Tested & Approved
Has the capacity to last 10+ years (or 1 million gallons)
The kit includes everything you need to attach the filter to any plastic bucket or container.
Extremely Cost Efficient
One filtration system cost $100 for a family in need.
What It Removes
Highest Filtration Rates Available
At 0.1 micron absolute, it is impossible for any bacteria, protozoa or cysts to pass through the filter.
Extremely Cost Efficient
One filtration system could provide clean water for a small village for pennies a day.
Fast Flow
Since there is such a high flow rate, this eliminates the need to store water which reduces the chances of water being contaminated after it is filtered. The only external force required for the system to function is GRAVITY. The flow rate of a filter is determined by a combination of: Head pressure (The distance from the top of the water to the filter) Altitude (The higher the altitude, the slower the flow rate) How clean the filter is The filter itself (there are slight variations between filters)
Long Lasting
Maintenance of this filter is very simple. When the filter starts to slow down or clog, simply back wash it with clean water using the syringe provided in the kit. Since the filters can continuously be back-washed and re-used, they have an extremely long life expectancy. The ease of operating this system makes it self-sustainable and dependable.
Multiple Applications
These filters and purifiers make water so clean and accessible that people will not only use the filtered/purified water for drinking, but also for cleaning, bathing, cooking, watering plants and more.
Natural Disasters
The bucket system is essential for aid in natural disasters. This system would eliminate the need to ship bottled water.
FIBER STRENGTH - KNOWN AS HOOP STRENGTH
Thicker fiber walls and smaller inner diameter of the fibers make fibers ~75% stronger than fibers of other typical hollow fiber membranes.
WHY IT’S IMPORTANT:
Stronger fibers allow for aggressive backwashing and shock resistance. Meaning each filter can be continually backwashed forcefully restoring up to 98% of the original flow rate.
ABSOLUTE MICRONS
- No pore is larger than 0.1 micron in the filters.
- Sawyer WILL not use average or nominal pore size ratings.
- Without absolute pore size, larger holes are present which could allow bacteria, protozoa, cysts, or viruses to pass.
- No harmful bacteria, protozoa, or cysts can pass through Sawyer filters.
- All Sawyer filters will remove 100% of microplastics from the water.
100% INDIVIDUALLY TESTED 3 TIMES
Every filter is performance tested three different times during the manufacturing process for your protection.
WHY IT’S IMPORTANT:
To ensure every Sawyer filter is 0.1 absolute micron and that no harmful pathogens can pass through the filter.
Every filter is 3X tested. Sawyer does NOT batch test or statistically test for failure. Testing occurs after the fiber element construction and twice after casing assembly to ensure no harmful pathogens leak through the sealed case or internal o-rings.
PROTECTED FIBERS
Our hollow fiber membranes are fully encased and sealed to keep them protected.
WHY IT’S IMPORTANT:
When fibers are not enclosed, physical damage of exposed fibers could allow harmful pathogens to pass through.