Every
Drop of BRAZILIAN SPRINGS WATER comes from a single spring surrounded
by a protected forest in the foothills of the Ouachita Mountains
near Hot Springs National Park, Arkansas. This natural spring
site is located within 633 acres of protected land.
Even the
origins of our water couldn’t be purer. A hydrological
report using carbon-dating found that the water coming from
our spring today first fell as rain over Hot Springs about 3,500
years ago. From raindrop to natural underground spring, the
water is untouched and free from impurities.
Protection
of our Spring Source We carefully protect our land, making sure
that the catchment area from which we draw our water is kept
completely free from pesticides and pollution. No farming, agricultural
spraying, building or habitation is allowed anywhere in the
633 acre area.
Why Brazilian
Springs? Our water comes from a protected source, where nature
constantly replenishes the supply of water in an abundant amount.
This natural spring water source provides you with the purest,
freshest and best tasting water that nature has to offer.
A good bottle
of water is one thing, but what truly sets us apart from all
of the other brands is that you can always be assured that each
and every bottle that you purchase will contribute to saving
90 square feet of the endangered rainforests. No one else is
offering this opportunity to you. That´s why you should
never hesitate to select only BRAZILIAN SPRINGS brand as your
obvious first and only choice of bottled water to buy.
Components
of our Water The FDA does not require us to list our water analysis
on our bottles since BRAZILIAN SPRINGS contains no ingredients
in any amount which would be a cause for concern to your health.
Spring water contains a diverse combination of minerals which
gives each water source a distinct taste. We believe that our
pure fresh spring water contains a unique blend of natural minerals,
providing you with a satisfying drink to quench your thirst.
Brazilian
Springs Average Analysis mg/L:
Ca 39
CI 2.0
Mg 6.1
SO4 3.7
K 0.7
NO3 <1
Na 1.8
T.D.S. at 180oC 150
HCO3 150
pH at source 7.9
