Composition and method for removing chloramine from water containing sameAnthony J Gergely
Chloramine, which more than 30% of US cities now use as a disinfectant, is more difficult to remove from water than free chlorine. It can be removed with exactly the same treatment strategies that are used for chlorine, but greater contact time is needed. ...
Chlorine and Chloramine - this method can be very effective, but is difficult for individual owners to operate properly without under or over-dosing. Chlorine also changes the taste and smell of the water and there is a risk of formation of disinfection byproducts such as trihalomethanes and ...
ChloramineOzone oxidation and pressurized biologically active filtration treatments were tested for the removal of organic color and by-products from a highly colored groundwater. Ozone oxidation greatly reduced the color level of untreated groundwater. Following ozone oxidation, pressurized biologically ...
ARGs resistant to tetracyclines (tet) and sulfonamides (sul) have been found in many locations. In addition, various environmental factors, such as temperature, pH, and salinity may influence the removal of ARGs. Various traditional, emerging, and combined approaches have been used to eliminate ARG...
one to one molecular basis with 4 times the stoichiometric amount of ammonia, 12 times the stoichiometric amount of monochloramine, 10 times the stoichiometric amount of dichloramine or 12 times the stoichiometric amount of chlorine in the form of hypochlorites present in the water to be treated...
The invention describes novel agents und methods thereof for removing chloramine, chlorine, and other active chlorine compounds from water used for keeping organisms living in aquariums, garden ponds, or other aquaculture systems. The agents consist of sodium hydrogen sulfite, salts and organic ...
AGENTS AND METHODS FOR REMOVING CHLORAMINE, CHLORINE, AND OTHER ACTIVE CHLORINE COMPOUNDS FROM WATER USED FOR KEEPING WATER ORGANISMSX—(CH 2 ) n —CO—H, wherein n means the numbers 0 to 3 and X means a —OH, —COOH or —CO—H group, wherein X may not be —OH if n=0....
Water treatment comprises removing chloramine, chlorine, and other active chlorine compounds from water used for keeping water organisms using at least one reducing agent that is derived from sulfurous acid, salts, organic derivatives, and their adducts.RITTER GUENTER...
The invention describes novel agents und methods thereof for removing chloramine, chlorine, and other active chlorine compounds from water used for keeping organisms living in aquariums, garden ponds, or other aquaculture systems. The agents consist of sodium hydrogen sulfite, salts and organic ...