Chlorophyll Water’s Bottle Designed to be 100% Landfill Biodegradable

A proprietary organic additive integrated into the bottle mold accelerates the natural biodegradation of the bottle in biologically active landfills and anaerobic digesters

Chlorophyll Water landfill-biodegradable bottle
Chlorophyll Water’s new bottle features a proprietary additive that contains organic materials designed to attract microbial activity within the landfill

Chlorophyll Water, a plant-powered purified water enhanced with Chlorophyll, has integrated a proprietary organic additive into the bottle mold of its 100% recyclable, BPA-free, non-toxic 20-oz bottle that accelerates the natural biodegradation of their bottle in biologically active landfills and anaerobic digesters. According to the company, this process allows Chlorophyll Water’s bottle to be landfill biodegradable.

Chlorophyll Water, from the New York-based company of the same name, includes Chlorophyll, as well as Vitamin A, Vitamin B12, Vitamin C, and Vitamin D for enhanced hydration. According to Livestrong, Chlorophyll Water’s “purified water features a gorgeous green color and a vitamin-rich composition that helps to energize, oxygenize, and detoxify the body from the inside out.”

As the company explains, its new bottle features a proprietary additive that contains organic materials designed to attract microbial activity within the landfill. When these microorganisms consume the additive material, they excrete enzymes that weaken and depolymerize the bottle. The proprietary additive accelerates the biodegradation of Chlorophyll Water bottle by encouraging the accumulation of microorganisms and facilitating the acclamation and production of the enzymes that allow metabolization of the material.

Says Chlorophyll Water, “Many products on the market claim to be biodegradable, but are in fact only compostable and are unable to degrade in a landfill environment or break down into smaller pieces, such as plastic flakes. Other beverage packaging such as paper or card options typically have a polymer coating that can be challenging to recycle.

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