This BOC product is designed to clarify water and assist in the breakdown of the organic binders which cause inorganic minerals to form scaling. This formulation rapidly degrades the organic contaminants which helps substantially reduce the requirements of harsh chemicals, such as chlorine. Applications include pools, spas, ponds, lakes, rivers, and eliminating scaling problems in water systems.
Dilution rates vary with water conditions, with pool water use being at the level of 1-2 ounces per 1000 gallons of water, once a week. Dosages may be increased, based upon contaminant load factors.
Water is the essence of life. The critical factor in creating clear, clean, and healthy water bodies lies in the removal of the soluble organic contaminates within water which provide the food sources for the growth of pathogens. Clear and clean water bodies can be brought about by the rapid catalytic breakdown of organic contaminates with use of AQ Plus™. Application results in the substantial reduction of oxidation requirements (+/-50%) due to lost of nutrients for pathogenic growth.
Improved dissolved oxygen transfer, and elimination of biofilms (filter fouling) and organic binders (scaling) makes AQ Plus™ the key to significantly reducing the use of oxidizing chemistries which produce potentially harmful chemical byproducts, the cloudy conditions caused by left over oxidized organic contaminates. The Cleaning of all water filtering and distribution systems is greatly enhanced with AQ Plus™.
- Improves Water Clarity
- Reduces Use of Oxidation Chemicals (Chlorine)
- Enhances Ozone and other Purification Technologies
- Eliminates the Fouling of Filters and Membranes
- Breaks Down Organic Binders (Scaling and Mineralization)
- Substantially Reduces Backwashing and Harmful Waste Byproducts
AQ Plus™ is a highly concentrated bio-organic catalyst composition formulated for clear water applications. Dosage rates are approximately one (1) ounce per five-thousand (5,000) gallons of water volume, applied once per week or less. Maintenance dosages will vary depending upon new organic contaminate loading rates.