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The needed chemicals could even be taken from sea water at slightly more cost. Based on our concept, we call this Ph pasteurization.The extraction process could also displace much of the demand for coal and oil without contamination. Both the precipitated solids and the recovery water are pathogen free, as determined by the largest virology labs.
We are not foolish enough to think we are the only ones capable of finding solutions.
They contaminate aquifers and use about 50 gallons of water per cow per day. Odors can be stopped including global warming gasses. The sludge is also pathogen and odor free and can be used as fuel, fertilizer and building materials. 6.0 99.2 Total Kjeldahl Nitrogen, mgl 1 98.0 5.32 94.6 Ammonia Nitrogen (as N) mgl 1 50.4 4.20 91.7 Organic Nitrogen, (as N) mgl 1 47.0 1.12 97.6 Nitrate Nitrogen, (as N) mgl 1 0.45 0.05 88.9 Sodium (as Na) mgl 1 750. Antibiotic and metal resistance in Escherichia coli strains isolated from the environment and from patients.
The savings in land area alone would pay for most agglutination systems. 47.0 93.7 MBAS (Surfactants) mgl 1 14.0 0.1 99.7 Turbidity, Jackson Units 500.
We can make pathogen free fertilizer that can be distributed even in drip irrigation systems.
We can use it for a substitute for coal and can create building products from it.
Industrial can be recycled in-situ in order to reduce water and sewer charges.
The removal of heavy metals facilitates their reuse. There is no need for industry to be concerned about their water supply being cut off, or being fined for contamination.
The agglutinator was invented, or rather evolved, based on worked done by giants of the past.
The concept of physical chemical sewage treatment has been known for many years.
The money saved makes this one of the best investments a company could make, so it is not a hard sell. The agglutinator is capable of reducing agricultural water demand by more than 50%.
Energy requirements can be reduced by as much as 75%.
5298, April 30, 1976 on municipal sewage from Fountain Valley, CA DRUG RESISTANT BACTERIA IN CONVENTIONAL WATER TREATMENT SYSTEMS Contrary to popular myth, many pathogens survive their passage through a sewer treatment plant unscathed, thus remaining to constitute an increased public health risk. Distribution of oxytetracycline resistant plasmids between areomonads in hospitals and aquaculture environments: implication of Tn1721 in dessemination of the tetracycline resistance determinant tet A. 6] Grol A, Symanska B, Wejner H, Kazanowski A, Wlodarczyk K. Resistance to antibiotics, heavy metals and colicinogeny.