ENERGY SAVING IN WASTEWATER TREATMENT FOR AGRICULTRAL REUSE IN ISRAEL.

A. Adin; Y. Kadar

ENERGY SAVING IN WASTEWATER TREATMENT FOR AGRICULTRAL REUSE IN ISRAEL.

A. Adin^*
, Y. Kadar

^*Corresponding author for this work

Department of Soil and Water Sciences

Research output: Contribution to conference › Paper › peer-review

Abstract

This work is aimed at energy conservation in water treatment plant. Various types of plants are investigated, mainly of the aerated lagoon and activated sludge type. The Ein-Kerem (Jerusalem) activated sludge (12,000 m**3/day) and the Natanya two-stage aerated lagoons (17,000 m**3/day) plants, as well as the Dan Region facultative recirculation ponds (70,000 m**3/day) are analysed in greater detail. Results show that aerated lagoons generally utilize 350-400 whr/m**3 while for activated sludge the range is 600-800 whr/m**3.

Original language	English
Pages	111-128
Number of pages	18
State	Published - 1983

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

SDG 6 Clean Water and Sanitation
SDG 15 Life on Land

Cite this

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title = "ENERGY SAVING IN WASTEWATER TREATMENT FOR AGRICULTRAL REUSE IN ISRAEL.",

abstract = "This work is aimed at energy conservation in water treatment plant. Various types of plants are investigated, mainly of the aerated lagoon and activated sludge type. The Ein-Kerem (Jerusalem) activated sludge (12,000 m**3/day) and the Natanya two-stage aerated lagoons (17,000 m**3/day) plants, as well as the Dan Region facultative recirculation ponds (70,000 m**3/day) are analysed in greater detail. Results show that aerated lagoons generally utilize 350-400 whr/m**3 while for activated sludge the range is 600-800 whr/m**3.",

author = "A. Adin and Y. Kadar",

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AU - Adin, A.

AU - Kadar, Y.

PY - 1983

Y1 - 1983

N2 - This work is aimed at energy conservation in water treatment plant. Various types of plants are investigated, mainly of the aerated lagoon and activated sludge type. The Ein-Kerem (Jerusalem) activated sludge (12,000 m**3/day) and the Natanya two-stage aerated lagoons (17,000 m**3/day) plants, as well as the Dan Region facultative recirculation ponds (70,000 m**3/day) are analysed in greater detail. Results show that aerated lagoons generally utilize 350-400 whr/m**3 while for activated sludge the range is 600-800 whr/m**3.

AB - This work is aimed at energy conservation in water treatment plant. Various types of plants are investigated, mainly of the aerated lagoon and activated sludge type. The Ein-Kerem (Jerusalem) activated sludge (12,000 m**3/day) and the Natanya two-stage aerated lagoons (17,000 m**3/day) plants, as well as the Dan Region facultative recirculation ponds (70,000 m**3/day) are analysed in greater detail. Results show that aerated lagoons generally utilize 350-400 whr/m**3 while for activated sludge the range is 600-800 whr/m**3.

UR - https://www.scopus.com/pages/publications/0020991343

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ER -

ENERGY SAVING IN WASTEWATER TREATMENT FOR AGRICULTRAL REUSE IN ISRAEL.

Abstract

UN SDGs

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