Примери за използване на Activated sludge на Английски и техните преводи на Български
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Full pipe, width 1500 mm for activated sludge.
Cleaning with activated sludge is considered to be the most universal today.
With this cleaning used biofilters and aeration activated sludge.
Moreover, the result is the activated sludge, which is a good fertilizer.
After this procedure,the effluents enter the stabilizing compartment in which the activated sludge is located.
The dry substance of activated sludge contains 70-90% of organic and 10-30% of inorganic materials.
Wastewater purification/oxygenation of activated sludge tanks.
Key words: activated sludge, biological wastewater treatment, mazut, structural and functional deformations.
Partially full pipes, width 1200 mm for activated sludge recirculation.
The biomass produced in activated sludge tanks and clarifying tanks is stabilized in the digestion tower and used to produce biogas.
Open channel, width 1400 mm andheight 1600 mm for activated sludge recirculation.
The aeration system of the activated sludge tank, type Carrousel, is with membrane diffusers DM-320A.
Process solutions include pH control, oxygen-based activated sludge processes.
The activated sludge treatment relies on converting organic matter in the wastewater to living matter in the form of bacterial growth or sludge. .
In this instance,the biosludge itself is the primary host(activated sludge) for the bacteria.
The activated sludge process that is most common in biological treatment utilises the growth of specific floc-forming bacteria that live suspended in the wastewater.
This innovative technology offers several advantages compared with the conventionally activated sludge process.
Conventional treatment processes- such as activated sludge- consume 1.2 kilowatt-hours per kilo of waste.
Recirculation of sludge from the secondary clarifier to the aerobic tank is a key process of the activated sludge process.
Effect of mazut on structural andfunctional indicators of activated sludge in Sofia wastewater treatment plant“Kubratovo”.
Oxygen is also used in the forestry sector for waste water treatment processes such as odour removal and the intensification of activated sludge.
The treatment process is based on biological processes using a modified activated sludge process with nitrogen and phosphorus removal.
In addition, oxygen is useful in the forestry sector for wastewater treatment,in particular for odor removal and intensification of the activated sludge process.
In conventional wastewater treatment plants activated sludge, in which bacteria consume pollutants, is used anyway.
Oxygen is further used in the forest industry for waste water treatment,including odour removal and intensification of the activated sludge process.
The respiration rates of samples of activated sludge fed with synthetic sewage were measured in an enclosed cell containing an oxygen electrode after a contact time of 3 hours.
Following biological treatment, the treated water must be separated from the activated sludge, which is done in the secondary clarifiers.
Traditional methods of water treatment, such as activated sludge, are not sufficient for a complete removal of active pharmaceutical ingredients and other ingredients of sewage water.
Space of an existing tanks is equipped with the technology that enables the operation of water treatment plant with higher concentration of activated sludge and lower sludge load.
The main environmental application of oxygen is the treatment of wastewaters in activated sludge plants, for the activation of a biomass capable of destroying the dissolved contaminants(MIXFLO®system);