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Bacteria (results 1-12 of 12)

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Polymetron 8362 High Purity Water pH Panel TOC Cu DR3900 Laboratory Micr Paddle tester, total aerobic bacteria, total coliforms, 10 pieces Mo DR3900 Laboratory Po 5500sc NH3 8810 Fe DR3900 Laboratory Co DR3900 Laboratory MORE DETAILS	2019-07
(BOD)? Biochemical oxygen demand (BOD) represents the amount of oxygen consumed by bacteria and other microorganisms while they decompose organic matter under aerobic conditions at a specified temperature. BOD MORE DETAILS	2023-02
reflection off of suspended particles – specifically particles such as proteins, minerals, bacteria, algae, dirt and oil. Quality and compliance are just a few reasons to measure turbidity in lab activities MORE DETAILS	2023-12
to convert waste to energy and raw materials. In nitrification basins, if the pH drops too low the nitrifying bacteria begin to inhibit the nitrifying process. Anerobic digesters must maintain a balance between MORE DETAILS	2022-09
light reflects off of suspended particles in water – specifically particles such as proteins, minerals, bacteria, algae, dirt and oil. The cloudier the water is, the higher its turbidity will be. It is not a MORE DETAILS	2022-09
slime formation or filamentous bacteria growth that inhibit the biology and settling in the secondary clarifier. Multiple biological MORE DETAILS	2022-12
order to compensate for changes in the acid concentration. A digester that is too acidic is toxic for the bacteria, especially for the methane-producing bacteria. Upsets due to the toxic conditions of low pH can be very costly due to reduced gas production, chemical addition for MORE DETAILS	2022-03
the use of oxygen, while anaerobic does not . Both processes utilise natural organisms, such as bacteria, to further break down the organic waste that remains in the water. Read more about wastewater MORE DETAILS	2023-03
from impurities and contaminants such as microbes, minerals and bacteria. It is produced under stringent specifications and guidelines. High Water Consumption = High Costs, Water Scarcity Issues A large MORE DETAILS	2023-06
molecule). Because plants cannot use gaseous nitrogen, they rely on nitrogen fixing bacteria in the soil to convert it to ammonia and nitrite. Nitrate-forming bacteria convert nitrite into nitrate under aerobic conditions. Nitrate represents the most completely oxidised state of MORE DETAILS	2023-09
. Nitrifying bacteria are highly susceptible to changing wastewater characteristics with alkalinity being a well understood measurement that MORE DETAILS	2023-12
atoms, while nitrates have three oxygen atoms. Nitrate Nitrate represents a more oxidised state of nitrogen. Autotrophic bacteria convert ammonia into nitrite and then into nitrate under aerobic conditions MORE DETAILS	2023-09

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