Assertion: phosphate | /r/AtLocation | water
Facets:
value: within that ph range
type: OTHER
value: in anaerobic conditions
type: LOCATION
Source sentences:
text: Only the dibasic hydrogen phosphate ion, HPO₄⁻², is shown in Equations 7-10, because within a pH range of from about 9 to about 10.5 the distribution of the different ionic species of phosphate is at most 1 or 2 percent of the mono- or tribasic phosphate ions, and thus substantially all phosphates that are added to water within that pH range will hydrolyze to the dibasic ion.
text: In anaerobic conditions (absence of oxygen), as conditions worsen as more phosphates and nitrates may be added to the water, all of the oxygen may be used up by bacteria in trying to decompose all of the waste.
text: Only the dibasic hydrogen phosphate ion, HPO₄⁻², is shown in Equations 7-10, because within a pH range of from about 9 to about 10.5 the distribution of the different ionic species of phosphate is at most 1 or 2 percent of the mono- or tribasic phosphate ions, and thus substantially all phosphates that are added to water within that pH range will hydrolyze to the dibasic ion.