Parameter trends in small scale wastewater treatment systems. : Small wastewater treatment plants suffer from poor supervision, increased energy costs, shock wastewater loads as well as stringent wastewater discharge limits. The use of real time control of wastewater treatment systems has the potential to allow desired effluent standards to be met while simultaneously improving energy efficiency. This study investigates trends created during a treatment cycle and their ability to predict parameter concentrations such as ammonia and nitrates. To facilitate this research three separate units were used, namely, a laboratory scale unit, an onsite pilot scale test center, and an active municipal wastewater treatment plant.

Eoghan Clifford

Parameter trends in small scale wastewater treatment systems. : Small wastewater treatment plants suffer from poor supervision, increased energy costs, shock wastewater loads as well as stringent wastewater discharge limits. The use of real time control of wastewater treatment systems has the potential to allow desired effluent standards to be met while simultaneously improving energy efficiency. This study investigates trends created during a treatment cycle and their ability to predict parameter concentrations such as ammonia and nitrates. To facilitate this research three separate units were used, namely, a laboratory scale unit, an onsite pilot scale test center, and an active municipal wastewater treatment plant.

Eoghan Clifford

Civil Engineering

Research output: Contribution to conference (Published) › Poster

Original language	English (Ireland)
Publication status	Published - 1 Jan 2013
Event	ATWARM International Conference, Water: the greatest global challenge. . 2013 - Duration: 14 May 2013 → …

Conference

Conference	ATWARM International Conference, Water: the greatest global challenge. . 2013
Period	14/05/13 → …

UN SDGs

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

SDG 6 Clean Water and Sanitation
SDG 7 Affordable and Clean Energy
SDG 11 Sustainable Cities and Communities

Authors (Note for portal: view the doc link for the full list of authors)

Authors
Fox, S., OReilly, E., Clifford, E.,
Fox, S., OReilly, E., Clifford, E.

Cite this

Clifford, E. (2013). Parameter trends in small scale wastewater treatment systems. : Small wastewater treatment plants suffer from poor supervision, increased energy costs, shock wastewater loads as well as stringent wastewater discharge limits. The use of real time control of wastewater treatment systems has the potential to allow desired effluent standards to be met while simultaneously improving energy efficiency. This study investigates trends created during a treatment cycle and their ability to predict parameter concentrations such as ammonia and nitrates. To facilitate this research three separate units were used, namely, a laboratory scale unit, an onsite pilot scale test center, and an active municipal wastewater treatment plant.. Poster session presented at ATWARM International Conference, Water: the greatest global challenge. . 2013.

Clifford, Eoghan. / Parameter trends in small scale wastewater treatment systems. : Small wastewater treatment plants suffer from poor supervision, increased energy costs, shock wastewater loads as well as stringent wastewater discharge limits. The use of real time control of wastewater treatment systems has the potential to allow desired effluent standards to be met while simultaneously improving energy efficiency. This study investigates trends created during a treatment cycle and their ability to predict parameter concentrations such as ammonia and nitrates. To facilitate this research three separate units were used, namely, a laboratory scale unit, an onsite pilot scale test center, and an active municipal wastewater treatment plant. Poster session presented at ATWARM International Conference, Water: the greatest global challenge. . 2013.

@conference{638d7f5e99c94ac1976ce1c2d7118712,

title = "Parameter trends in small scale wastewater treatment systems. : Small wastewater treatment plants suffer from poor supervision, increased energy costs, shock wastewater loads as well as stringent wastewater discharge limits. The use of real time control of wastewater treatment systems has the potential to allow desired effluent standards to be met while simultaneously improving energy efficiency. This study investigates trends created during a treatment cycle and their ability to predict parameter concentrations such as ammonia and nitrates. To facilitate this research three separate units were used, namely, a laboratory scale unit, an onsite pilot scale test center, and an active municipal wastewater treatment plant.",

author = "Eoghan Clifford",

note = "The Author Meets the Translator: Robert Dessaix and Paolo Bartoloni in conversation, The Italian Institute of Culture, Melbourne; ATWARM International Conference, Water: the greatest global challenge. . 2013 ; Conference date: 14-05-2013",

year = "2013",

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Clifford, E 2013, 'Parameter trends in small scale wastewater treatment systems. : Small wastewater treatment plants suffer from poor supervision, increased energy costs, shock wastewater loads as well as stringent wastewater discharge limits. The use of real time control of wastewater treatment systems has the potential to allow desired effluent standards to be met while simultaneously improving energy efficiency. This study investigates trends created during a treatment cycle and their ability to predict parameter concentrations such as ammonia and nitrates. To facilitate this research three separate units were used, namely, a laboratory scale unit, an onsite pilot scale test center, and an active municipal wastewater treatment plant.', ATWARM International Conference, Water: the greatest global challenge. . 2013, 14/05/13.

Parameter trends in small scale wastewater treatment systems. : Small wastewater treatment plants suffer from poor supervision, increased energy costs, shock wastewater loads as well as stringent wastewater discharge limits. The use of real time control of wastewater treatment systems has the potential to allow desired effluent standards to be met while simultaneously improving energy efficiency. This study investigates trends created during a treatment cycle and their ability to predict parameter concentrations such as ammonia and nitrates. To facilitate this research three separate units were used, namely, a laboratory scale unit, an onsite pilot scale test center, and an active municipal wastewater treatment plant. / Clifford, Eoghan.
2013. Poster session presented at ATWARM International Conference, Water: the greatest global challenge. . 2013.

Research output: Contribution to conference (Published) › Poster

TY - CONF

T1 - Parameter trends in small scale wastewater treatment systems.

T2 - ATWARM International Conference, Water: the greatest global challenge. . 2013

AU - Clifford, Eoghan

N1 - The Author Meets the Translator: Robert Dessaix and Paolo Bartoloni in conversation, The Italian Institute of Culture, Melbourne

PY - 2013/1/1

Y1 - 2013/1/1

M3 - Poster

Y2 - 14 May 2013

ER -

Clifford E. Parameter trends in small scale wastewater treatment systems. : Small wastewater treatment plants suffer from poor supervision, increased energy costs, shock wastewater loads as well as stringent wastewater discharge limits. The use of real time control of wastewater treatment systems has the potential to allow desired effluent standards to be met while simultaneously improving energy efficiency. This study investigates trends created during a treatment cycle and their ability to predict parameter concentrations such as ammonia and nitrates. To facilitate this research three separate units were used, namely, a laboratory scale unit, an onsite pilot scale test center, and an active municipal wastewater treatment plant.. 2013. Poster session presented at ATWARM International Conference, Water: the greatest global challenge. . 2013.