You are here: Waterkeeper

Waterkeeper - Future of Water

waterkeeperstructure

What is Waterkeeper?

Waterkeeper is a biocatalyst in a liquid state which is mainly composed of bromeline enzyme and fermentation-suppressed modified yeast. One component, bromeline enzyme, can suppress the growth of corruptive and miscellaneous bacteria predominantly living in the polluted surface water area by its anti-oxidation and anti-bacterium functions. Such bacteria or microorganisms are deactivated, and hence their living area becomes narrow. The other component, fermentation-suppressed modified yeast, a facultative anaerobe, can activate the effective microorganisms, especially available for the decomposition of organic sedimentary sludge. Owing to such a synergism of Waterkeeper, both the purification of water and the decomposition of organic sedimentary sludge can be accomplished simultaneously.

Waterkeeper has a distinctive feature to play the part of continual depression of water pollution in the aquatic sphere. The decreases of COD, BOD, T-N and T-P can be accomplished by Waterkeeper's function that only the effective microorganisms can be activated selectively.

The biocatalysis of Waterkeeper activates the effective microorganisms to decompose organic compounds. The negative biocatalysis of Waterkeeper deactivates bacteria leading to putrefaction and contamination, E. coli, etc.

The pollutants which are continuously loaded into the aquatic sphere, can be degraded by Waterkeeper's biocatalysis to recover and guard the ecosystem, because the biocatalysis of Waterkeeper provides the surface water there with the self-cleaning power which is originally possessed by natural living water.

pollutedaquaticsphere mechanismimprovewater

CH4 methane NH3 ammonia
H2S hydrogen sulfide

Effection microorganisms in a deactivated state
- Purification capacity depressed

Bacteria leading to putrefaction and contamination E coli
- Concentrations of pollutants continuously increased

Effective microorganisms activated
- Increase in purification capacity
- Decrease in concentrations of pollutants

Bacteria leading to putrefaction and contamination,
E coli, etc deactivated
- Decrease in concentrations of pollutants

Pattern 1 (Case where organic sludge is accumulated on the bottom of the aquatic sphere as it is)

Polluted Aquatic Sphere Improvement of Water Quality
by the Addtion of Waterkeeper
Recovery of Natural Ecosystem
pt1 pt2
pt3
A Pertinence Example
pt4
pt5 pt6
Top right corner:
The decomposition of organic compounds is accelerated, when organic sludge exists near the surface of
the aquatic system.

Pattern 2 (Case where organic sludge is covered with sand)
Shichibu River and Ura River fall under this pattern

pt1 pt2
pt3
A Pertinence Example
pt24
pt25 pt26
Top right figure:
Cavities where organisms such as lobworm, thin earth worm, etc,
live after the decomposition of toxic organic compounds.
pt27

Beneficial Effects of Waterkeeper Solution Technology

- Elimination of Odor
- Enhancement of sedimentary sludge decomposition
- Assistance the sulfides and organic substances decomposition

- Reduction of oil, fat and grease deposits

- Inhibition the growth of algae to improve water quality.

- Decrease in BOD, COD, SS, T-N and T-P level and increase in efficiency of sewage treatment

- Control of pathogenic bacteria (Clostridium, Vibrio cholerae, Staphylocossus, E-coli, Salmonella.)
- Reduction of sewage treatment cost -No need of coagulants, reduction of electricity, no need of sludge treatment cost or no need of filtration cost, resulting in no need of disposal cost of filtered cake

How does Waterkeeper work?

howdoesitwork

WK has adverse effects on the ecosystem, but plays the powerful part of recovery of the ecosystem through the activated growth of effective microorganisms. The WK technology is a foresighted and creative technology that builds up a natural ecosystem with the coexistence of aerobic, anaerobic and/or facultatively anaerobic microorganisms.