In Guinea, as in most of Africa, there
are two seasons; the rainy season and the dry season, each lasting
around six months. During the rainy season, as you would expect, it
rains a lot. At least once a day. During the month of August, it does
nothing but rain. Laundry is out of the question, as is doing much of
anything. During the dry season, it's dry. When I say dry, I mean no
rain, no moisture, nothing. The wells and the streams dry up, and
layers upon layers of dust build up on everything. Right now we are
almost at the end of the dry season, and I'm really looking forward
to the rains! It has rained twice since the end of rainy season in
October. The first was a 30 minute shower back in December, the
second was a five minute sprinkle that occurred two months ago. I was
sound asleep when suddenly I heard rain falling on the roof. I jumped
out of bed, ran outside, and stood in the rain. It was 2 am. Sadly,
it was over all too soon so I climbed back into bed. Since then, it
hasn't rained a DROP, although rainy season will officially start in
about six weeks.
The six month gap of no rain has a huge
impact on water security here. When the wells dry up, which they do
around March or April, people are forced to used water sources that
might not be as clean resulting in more sicknesses. The well that is
next to my house is just about finished and it will remain dried up
until the month of May. Fortunately, in the bigger villages like
mine, we have pumps that bring up clean water from further down. In
the smaller villages, they are often forced to drink contaminated
water, which then then attempt to filter using a contraption using sand and the leg of a pair of jeans.
So, what can be done about this
problem? Well, I recently went to a training held in a suburb of
Conakry, where I learned how to make a Biosand Water Filter (designed
by CAWST). These filters, in the field, last forever, and remove around 80 percent of the bacteria, viruses, and other nasty things you find in the water here. They are fairly easy to make. You pour concrete into the
mold, and then you fill it with layers of gravel and sand. The only
substantial cost is getting the mold made. I am hoping to work with
fellow volunteers Kelly and Sarah to start making and distributing
the filters to people in need. The group that we worked with have
been doing this project for about a year, and have given
approximately 60 water filters to neighbors in the surrounding area.
After the training, we walked around to look at the filters, and
amazingly, almost ever single one was being used! The people with
filters had nothing but good things to say about them. Since they
started using the filters, they've gotten sick less often. I was
really encouraged after going to this training! The water filters are
useful, durable, easy to use, and immediately begin improving the
lives of those who are using them!
Step One : The mold is oiled, and put
together. Plastic tubing where water comes out is placed in the mold
Step Two: Concrete is mixed - cement,
sand, gravel, water, and lots of work!
Step Three: Concrete is poured into the
mold. The mold is beaten with a hammer to get all the air bubbles
out. In the US, this process is done by a machine which vibrates and gets all the air bubbles out .
Step Four : Concrete is set to dry for
18 hours, and now the filter looks like this.
Step Five : Fill the filter with gravel
and sand, and give to someone in need!
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