Translations:Verbraucher/2/en - Versionsgeschichte

Froehlich am 26. November 2020 um 07:48 Uhr

2020-11-26T07:48:54Z

← Nächstältere Version		Version vom 26. November 2020, 09:48 Uhr
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	Consumers are both water sinks and sources. They can be used to model municipal or industrial waterworks with a subsequent supply network, which require drinking or process water and release it back into a waterbody via the sewer system and sewage treatment plant with a time delay. The time delay indicates how long on average the water remains in the consumer until it is returned into the river as treated waste water. The consumer replaces a detailed simulation of an urban area with a sewer system. However, if ~~a differentiated consideration of~~ urban areas ~~is required~~, this can be done ~~with the help of~~ urban sub-basins, pipelines and reservoirs as retention structures of the sewer system.		Consumers are both water sinks and sources. They can be used to model municipal or industrial waterworks with a subsequent supply network, which require drinking or process water and release it back into a waterbody via the sewer system and sewage treatment plant with a time delay. The time delay indicates how long on average the water remains in the consumer until it is returned into the river as treated waste water. The consumer replaces a detailed simulation of an urban area with a sewer system. However, if urban areas need to be considered in more detail, this can be done using urban sub-basins, pipelines and reservoirs acting as retention structures of the sewer system.

Froehlich am 26. November 2020 um 07:18 Uhr

2020-11-26T07:18:22Z

← Nächstältere Version		Version vom 26. November 2020, 09:18 Uhr
Zeile 1:		Zeile 1:
	Consumers are both water ~~absorbers~~ and ~~dischargers~~. They can be ~~interpreted as~~ municipal or industrial waterworks with a subsequent supply network, which require drinking or process water and release it back into a waterbody via the ~~sewerage~~ system and sewage treatment plant with a time delay. The time delay indicates how long the water ~~quantity~~ remains in the consumer ~~on average~~ until it ~~appears again~~ as ~~clarified~~ waste ~~water in the body of~~ water. The consumer replaces a detailed simulation of an urban area with sewer system. However, if a differentiated consideration of urban areas is required, this can be done with the help of urban ~~catchment areas~~, pipelines and reservoirs as retention structures of the sewer system.		Consumers are both water sinks and sources. They can be used to model municipal or industrial waterworks with a subsequent supply network, which require drinking or process water and release it back into a waterbody via the sewer system and sewage treatment plant with a time delay. The time delay indicates how long on average the water remains in the consumer until it is returned into the river as treated waste water. The consumer replaces a detailed simulation of an urban area with a sewer system. However, if a differentiated consideration of urban areas is required, this can be done with the help of urban sub-basins, pipelines and reservoirs as retention structures of the sewer system.

Ferrao am 17. November 2020 um 10:09 Uhr

2020-11-17T10:09:36Z

← Nächstältere Version		Version vom 17. November 2020, 12:09 Uhr
Zeile 1:		Zeile 1:
	Consumers are both water absorbers and dischargers. They can be interpreted as municipal or industrial waterworks with a subsequent supply network, which require drinking or process water and release it back into a ~~body of water~~ via the sewerage system and sewage treatment plant with a time delay. The time delay indicates how long the water quantity remains in the consumer on average until it appears again as clarified waste water in the body of water. The consumer replaces a detailed simulation of an urban area with sewer system. However, if a differentiated consideration of urban areas is required, this can be done with the help of urban catchment areas, pipelines and reservoirs as retention structures of the sewer system.		Consumers are both water absorbers and dischargers. They can be interpreted as municipal or industrial waterworks with a subsequent supply network, which require drinking or process water and release it back into a waterbody via the sewerage system and sewage treatment plant with a time delay. The time delay indicates how long the water quantity remains in the consumer on average until it appears again as clarified waste water in the body of water. The consumer replaces a detailed simulation of an urban area with sewer system. However, if a differentiated consideration of urban areas is required, this can be done with the help of urban catchment areas, pipelines and reservoirs as retention structures of the sewer system.

Ferrao: Die Seite wurde neu angelegt: „Consumers are both water absorbers and dischargers. They can be interpreted as municipal or industrial waterworks with a subsequent supply network, which requi…“

2020-11-17T10:02:50Z

Die Seite wurde neu angelegt: „Consumers are both water absorbers and dischargers. They can be interpreted as municipal or industrial waterworks with a subsequent supply network, which requi…“

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Consumers are both water absorbers and dischargers. They can be interpreted as municipal or industrial waterworks with a subsequent supply network, which require drinking or process water and release it back into a body of water via the sewerage system and sewage treatment plant with a time delay. The time delay indicates how long the water quantity remains in the consumer on average until it appears again as clarified waste water in the body of water. The consumer replaces a detailed simulation of an urban area with sewer system. However, if a differentiated consideration of urban areas is required, this can be done with the help of urban catchment areas, pipelines and reservoirs as retention structures of the sewer system.