Bottle Filling Steps
1. Bottle Pre-Wash with Warm Water
Bottles are manually inspected to ensure they are in good condition and no contaminants are present. Once inspected, bottles are loaded into the washing and filling line. First step within the line is a warm water interior & exterior pre-wash and sanitize.
2. Bottle Wash and Sterilization
Next, the bottles are rigorously washed on the interior & exterior with food grade detergent. Bottles are then sterilized inside and out with Hydrogen Peroxide to eliminate any chance of bacterial contamination.
3. Bottle Rinse and Filling
Purified water with ozone is then used to rinse the bottles and water rinsing machine allows to clean the internal surface of bottles before bottles are filled under pressure with the required amount of water.
4. Capping Final Process
Immediately after filling, a tamper proof cap is pressed on the bottle. It’s important to note that all these steps take place in one contained machine under positive pressure to ensure all bottles aren't contamination occurs between steps.
We Pride in Quality Systems
Reverse Osmosis water filtration system.
CONTAMINANTS REMOVED BY REVERSE OSMOSIS SYSTEM
Ions and Metals:
Arsenic, Aluminum, Barium, Cadmium, Calcium, Chloride, Chlorine1, Chromium, Copper, Fluoride, Iron, Lead, Magnesium, Manganese, Mercury, Nitrate, Potassium, Radium, Radon1, Selenium, Silver, Sodium, Sulfate, Zinc
Organic Chemicals:
Benzene1, Carbon tetrachloride1, Dichlorobenzene1, Toluene1, Trichloroethylene1, Total Trihalomethanes (THM's)1
Particles:
Asbestos, Protozoan cysts, Cryptosporidium
Pesticides:
1,2,4-trichlorobenzene1, 2,4-D1, Atrazine1, Endrin, Heptachlor, Lindane, Pentachlorophenol
Activated carbon filters, commonly included in RO systems, can provide treatment for these contaminants.
RO WATER IS SAVE AND TESTED
Reverse osmosis (RO) systems frequently are used to reduce the levels of total dissolved solids and suspended particles within water. These systems remove a variety of ions and metals as well as certain organic, inorganic and bacterial contaminants. Some contaminants treated effectively by RO are listed in Table I. This table is not an exhaustive list of contaminants that RO may remove, but rather lists those for which RO can be a practical treatment method for treating household drinking water. Most RO systems also include activated carbon (AC) filters and the carbon provides the treatment for some contaminants, as noted in the table. The RO membrane alone may not be an effective method for total removal of these contaminants, but a properly designed system may be effective in reducing these contaminants to safe levels. Contaminant removal by the system may vary depending on operating conditions and equipment. Refer to the equipment section of this guide for further explanation of activated carbon filters combined with RO.
RO TREATMENT SYSTEM
Reverse osmosis can remove microorganisms. However, it is not recommended for that use (i.e., only coliform-free water should be fed to the system) because membrane deterioration can occur due to the bacteria, and contamination may occur through pinhole leaks. Typically RO treatment systems have a few components:
1. Prefilter - Typically a particle filter to remove particles, rust, and other debris.
2. Possibly a water softener is the total hardness is elevated and a smaller diameter particle filter.
3. RO treatment unit with treated water storage tank and a flush to waste line.
4. Most treatment activated carbon filter.
5. Post-treatment submicron filter.
Extensive Documentation
Lorem ipsum dolor sit amet timeam deleniti mnesarchum ex sed alii hinc dolores ad cum.