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Description: Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby...
Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby Mølle
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Description: Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby...
Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby Mølle

Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby Mølle

Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby Mølle

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Description: Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby...
Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby Mølle
Abstract
A series of energy optimization options (EOOs) were identified for the Ejby Molle WWTP through the analysis of historical operational data, the use of an advanced mass/energy balance simulation tool, and the adoption of a collaborative workshop-based approach in identifying and evaluating alternatives. This biological nutrient removal facility is located in Odense, Denmark, and has a treatment capacity suitable for 385.000 population equivalents. Implementation by plant staff of some of the recommended EOOs (primarily those only requiring modifications in operational strategies of existing unit processes) has succeeded in making this plant essentially energy self-sufficient. Implementation of facility improvement related to providing side stream treatment and improving oxygen transfer efficiencies in its bioreactors will be able to take the plant into a positive net energy condition.
A series of energy optimization options (EOOs) were identified for the Ejby Molle WWTP through the analysis of historical operational data, the use of an advanced mass/energy balance simulation tool, and the adoption of a collaborative workshop-based approach in identifying and evaluating alternatives. This biological nutrient removal facility is located in Odense, Denmark, and has a treatment...
Author(s)
Julian SandinoPer Henrik NielsenDru WhitlockTom JohnsonMads LethThomas JensenMichael Nielsen
SourceProceedings of the Water Environment Federation
Document typeConference Paper
PublisherWater Environment Federation
Print publication date May, 2013
ISSN1938-6478
DOI10.2175/193864713813503468
Volume / Issue2013 / 3
Content sourceEnergy Conference
Copyright2013
Word count138

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Description: Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby...
Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby Mølle
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Description: Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby...
Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby Mølle
Abstract
A series of energy optimization options (EOOs) were identified for the Ejby Molle WWTP through the analysis of historical operational data, the use of an advanced mass/energy balance simulation tool, and the adoption of a collaborative workshop-based approach in identifying and evaluating alternatives. This biological nutrient removal facility is located in Odense, Denmark, and has a treatment capacity suitable for 385.000 population equivalents. Implementation by plant staff of some of the recommended EOOs (primarily those only requiring modifications in operational strategies of existing unit processes) has succeeded in making this plant essentially energy self-sufficient. Implementation of facility improvement related to providing side stream treatment and improving oxygen transfer efficiencies in its bioreactors will be able to take the plant into a positive net energy condition.
A series of energy optimization options (EOOs) were identified for the Ejby Molle WWTP through the analysis of historical operational data, the use of an advanced mass/energy balance simulation tool, and the adoption of a collaborative workshop-based approach in identifying and evaluating alternatives. This biological nutrient removal facility is located in Odense, Denmark, and has a treatment...
Author(s)
Julian SandinoPer Henrik NielsenDru WhitlockTom JohnsonMads LethThomas JensenMichael Nielsen
SourceProceedings of the Water Environment Federation
Document typeConference Paper
PublisherWater Environment Federation
Print publication date May, 2013
ISSN1938-6478
DOI10.2175/193864713813503468
Volume / Issue2013 / 3
Content sourceEnergy Conference
Copyright2013
Word count138

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Julian Sandino# Per Henrik Nielsen# Dru Whitlock# Tom Johnson# Mads Leth# Thomas Jensen# Michael Nielsen. Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby Mølle. Alexandria, VA 22314-1994, USA: Water Environment Federation, 2018. Web. 1 Apr. 2026. <https://www.accesswater.org?id=-281772CITANCHOR>.
Julian Sandino# Per Henrik Nielsen# Dru Whitlock# Tom Johnson# Mads Leth# Thomas Jensen# Michael Nielsen. Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby Mølle. Alexandria, VA 22314-1994, USA: Water Environment Federation, 2018. Accessed April 1, 2026. https://www.accesswater.org/?id=-281772CITANCHOR.
Julian Sandino# Per Henrik Nielsen# Dru Whitlock# Tom Johnson# Mads Leth# Thomas Jensen# Michael Nielsen
Achieving Positive Net Energy While Maximizing Use of Existing Assets: The Ejby Mølle
Access Water
Water Environment Federation
December 22, 2018
April 1, 2026
https://www.accesswater.org/?id=-281772CITANCHOR