Examples of 'effluent can' in a sentence
Meaning of "effluent can"
effluent can - This phrase may refer to a container or receptacle for collecting and holding liquid waste or sewage. It can also be used to describe a system for the disposal or treatment of such waste
How to use "effluent can" in a sentence
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effluent can
Effluent can be made up of just about everything.
Said waste absorbent solution effluent can be neutralized or recycled.
Treated effluent can be used for agricultural or landscape irrigation.
Generally speaking no one source of effluent can be singled out.
This effluent can also contain water.
The fixation of metal ions contained in an effluent can have several applications.
Pulp mill effluent can affect fish reproduction.
The longer the pipe the deeper the water in which an effluent can be discharged.
The effluent can then be treated in a centralized treatment technology.
Keeping lignin and other phenolic compounds out of effluent can be difficult and expensive.
Reactor effluent can be flashed to remove the solid resin.
Small arms ammunition lead residue and pyrotechnic effluent can pose considerable environmental problems.
The effluent can then be treated in a centralized treatment technology like a constructed wetland.
The biological treatment of coking plant effluent can be combined with that for domestic sewage.
The effluent can also be cooled by internal cooling system between reaction zones.
See also
Wastewater The quality of wastewater effluent can have a direct impact on human health.
The effluent can be tested for residual hydrophobic soil during phase separation.
In addition, toxic effluent can leak into the land.
This effluent can be introduced, with or without concentration, to the recovery system.
Thus, no drainage of desulfurized effluent can be achieved with stability.
This liquid effluent can be introduced into the granulator or into the neutralization reactors.
First of all, the fixation of heavy metals contained in a liquid effluent can be mentioned.
This first water wash effluent can be recycled to the algal growth environment.
The technologies used to concentrate and minimize the final effluent can be classified as either,.
The aerobic effluent can flow into the aerobic reactor vía the openings in the partition.
Alternatively, the ammonia contained in excess in the effluent can be used as a self-stripping agent.
Thus, the effluent can be discarded directly without a need of effluent processing.
This protrusion forms a spout, from which effluent can discharge directly into the pouch.
This effluent can also comprise solid particles such as hydrates and / or sand.
Alternatively, all the column effluent can be collected and purified further.
The effluent can be further treated with a compressor 18.
But now, the solids-free effluent can be transported easily.
This effluent can contain up to 30 % by weight of acetaldehyde.
Alternatively, the metabolites in the effluent can be recovered, e.g. in the case of ethanol.
The effluent can also be enriched in growth substrate, for example with Tween ® 80.
The final glycerol concentration in the effluent can be less than 15 ppm.
O Industrial and urban effluent can make surface water unsuitable for agricultural irrigation.
The scrubbed and demisted effluent can then be discharged through duct 150.
Each column effluent can be monitored at multiple UV wavelengths, pressure, and pH.
After hydroisomerization section, the resulting effluent can be separated into 3 fractions given in table 3.
The organic effluent can be recycled back to the solvent-lights column 1 vía recycle stream 21.
Accordingly, the effluent can be from,.
Hydraulic debarking effluent can cause similar problems - thus the trend to mechanical systems.
For example the reactor effluent can be contacted with the basic compound.
The pre-reformer effluent can then be reheated before being fed into the primary reformer.
Therefore, in one embodiment, the effluent can be in fluid communication with a mix tank system.
The gaseous effluent can comprise at least 500 ppm of oxygen by volume.
Sometimes, the clarified effluent can be returned directly to the soil by means of a drainfield.
The aerobic and anaerobic effluent can be circulated and partly return to the pre-acidification tank 52.
Optionally, the reactor effluent can pass through a mixer B 3 located upstream from depressurizer B 1.
