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RICK LOCKRIDGE, CNN CORRESPONDENT (voice-over): It
makes a pretty picture, but you wouldn't want to drink the water from this
Albanian irrigation canal.
KEN ISAACS, SAMARITAN'S PURSE RELIEF ORGANIZATION: The canal water is not
safe to drink. You know, it's got a lot of bacteriological problems. It
has got, I'm sure, herbicides and pesticides and standard runoff things
off of farmland.
LOCKRIDGE: And yet moments later he is drinking that very water.
(on camera): How is it?
ISAACS: It's delicious, tastes great. Do you want to try it?
LOCKRIDGE (voice-over): And so are we.
ISAACS: Still good.
LOCKRIDGE (on camera): I don't know if I can do this.
(voice-over): And soon refugees will be drinking it, too -- in a satisfying,
if rare, demonstration of technology living up to our expectations. Providing
enough water for the refugees is just one problem among many facing aid
workers in Albania and Macedonia, but it is a serious one.
At this camp, a man steps to the front of the water line. "Just let
me have a drink," he says.
He gets the last of it. The rest of these people will have to wait.
Aid workers say there is never more than barely enough water.
ISAACS: The daily ration of water for each person is 40 liters. That is
-- What? -- about 10 gallons of water a day. And a certain amount of that
needs to be, you know, suitable for drinking, safe to drink. And the rest
of it's for utility purposes: to wash you're clothes and dishes and so on.
LOCKRIDGE: Forty liters a day in a camp built for 10,000 refugees is 400,000
liters, or about 120 of these to be filled every day.
That was the daunting task that lay ahead of the aid group Samaritan's Purse
as it rushed to open this new camp in northwestern Albania in late May.
ISAACS: The site right here is not an ideal for a refugee camp. It's low.
The Adriatic Sea is only about a mile off to my left, and the drainage is
bad, and there is no ground water here.
LOCKRIDGE: That is where these two Israeli-made portable filtration systems
come in.
UNIDENTIFIED MALE: OK. This is a power plant for the reverse osmosis machine.
LOCKRIDGE: Reverse osmosis -- you've probably heard that phrase before,
but what does it mean? Here the water from the canal goes through two prefilters
at the bottom, then is pumped at high pressure through a second set of filters
at the top: such high pressure that it blew the hose off its fittings, giving
engineer Berton Herring (ph) a faceful and demonstrating why the trailer
has drainage holes drilled into it.
BERTON HERRING, ENGINEER: And since the units are brand new, you know, the
clamps may not have been tightened up
LOCKRIDGE: With all the fittings retightened, a second attempt brings about
the desired result. Each trailer can supply 2,000 to 4,000 liters an hour
of water clean enough to drink. Hamallah camp organizers say that will be
just barely enough.
LOCKRIDGE: Technology has failed vividly and often in NATO's effort to sanitize
the war. Perhaps it will redeem itself in more peaceful pursuits.
(voice-over): For EARTH MATTERS, I'm Rick Lockridge in Hamallah, Albania.
(END VIDEOTAPE) |