How Your Drinking Water Purifier Works - Kinetico Purefecta Guide D'utilisation

Purefecta Drinking Water Purifier
®
3
Biopure water is ideal for cooking and baking.
Don't forget to use biopure water from your Purefecta Drinking Water Purifier
for cooking pasta, and washing fruits and vegetables. Whenever a recipe calls
for water, reach for your special drinking water tap.
4
Use biopure water in irons and small humidifiers/vaporizers.
For extended operation and easier maintenance, use biopure water in irons and
small humidifiers. You'll no longer have to buy distilled water or suffer the
consequences of using common tap water in irons and humidifiers. Since biopure
water produced by your system has a reduced mineral
content, it's ideal for use in these appliances, and it's
available right at your kitchen sink.
5
Make ice cubes with biopure water.
If your refrigerator/freezer is equipped with an
ice maker, you may want to consider running
a line from your Purefecta System to the ice
maker. If you don't have an ice maker, be sure
to fill your ice cube trays with biopure water.
Either way, you'll be able to enjoy better tasting
and clearer ice cubes.
6
Houseplants and pets like biopure water, too.
Don't forget about your plants and pets. Just like you, they'll love biopure water.

How Your Drinking Water Purifier Works

The Purefecta Drinking Water Purifier offers exclusive seven-stage protection
to ensure you're always getting good, clean biopure water. It significantly
reduces the heavy metals, chemicals, minerals, and objectionable tastes and
odors that may be in your water. It also offers certified protection against
bacteria, viruses and protozoa.
A The first filtration stage, the prefilter (part numbers: sediment 9309A, high
capacity carbon/sediment 9461A), prepares the water for the reverse osmosis
process. The five–micron filter captures sediment and small particulate
matter, and reduces chlorine (high capacity carbon/sediment only) protecting
the reverse osmosis membrane and enhancing its performance.
B After prefiltration, the water travels to the reverse osmosis module where
inorganic contaminants are significantly reduced. Here, water is forced
through a semipermeable membrane under pressure, and most minerals,