Fate and Transport of Manure Estrogenic Compounds During Integrated Treatment for Water Quality and Bioenergy Production

Lance Schideman; Young Hwan Shin; Michael Plewa; Peng Zhang; John Scott; Yuanhui Zhang

Fate and Transport of Manure Estrogenic Compounds During Integrated Treatment for Water Quality and Bioenergy Production

Lance Schideman, Young Hwan Shin, Michael Plewa, Peng Zhang, John Scott, Yuanhui Zhang

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

An integrated manure treatment system, including a mixed algal-bacterial bioreactor (MABB) and hydrothermal conversion of biosolids to biofuels, was found to remove 76-97% of the total estrogenic hormones from the liquid portion of animal manure. The resulting biosolids mixture could be hydrothermally converted into either biocrude oil with a yield of up to 40% yield, or syngas with a yield of up to 54 Adding biologically activated carbon in the MABB enhanced the removal of estrogenic hormones (+7.2, cytotoxicity (+58, and heavy metals (+10. Thus, the novel manure treatment system proposed in this study highlights a new paradigm that can simultaneously reduce the release of emerging contaminants from animal manure to the environment and provide value-added bioenergy co-products to help offset the cost of providing environmental benefits.

Original language	English (US)
Title of host publication	2019 Emerging Contaminants in the Environment Conference (ECEC19)
State	Published - May 1 2019

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title = "Fate and Transport of Manure Estrogenic Compounds During Integrated Treatment for Water Quality and Bioenergy Production",

abstract = "An integrated manure treatment system, including a mixed algal-bacterial bioreactor (MABB) and hydrothermal conversion of biosolids to biofuels, was found to remove 76-97% of the total estrogenic hormones from the liquid portion of animal manure. The resulting biosolids mixture could be hydrothermally converted into either biocrude oil with a yield of up to 40% yield, or syngas with a yield of up to 54 Adding biologically activated carbon in the MABB enhanced the removal of estrogenic hormones (+7.2, cytotoxicity (+58, and heavy metals (+10. Thus, the novel manure treatment system proposed in this study highlights a new paradigm that can simultaneously reduce the release of emerging contaminants from animal manure to the environment and provide value-added bioenergy co-products to help offset the cost of providing environmental benefits.",

keywords = "ISTC",

author = "Lance Schideman and Shin, {Young Hwan} and Michael Plewa and Peng Zhang and John Scott and Yuanhui Zhang",

year = "2019",

month = may,

day = "1",

language = "English (US)",

booktitle = "2019 Emerging Contaminants in the Environment Conference (ECEC19)",

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T1 - Fate and Transport of Manure Estrogenic Compounds During Integrated Treatment for Water Quality and Bioenergy Production

AU - Schideman, Lance

AU - Shin, Young Hwan

AU - Plewa, Michael

AU - Zhang, Peng

AU - Scott, John

AU - Zhang, Yuanhui

PY - 2019/5/1

Y1 - 2019/5/1

N2 - An integrated manure treatment system, including a mixed algal-bacterial bioreactor (MABB) and hydrothermal conversion of biosolids to biofuels, was found to remove 76-97% of the total estrogenic hormones from the liquid portion of animal manure. The resulting biosolids mixture could be hydrothermally converted into either biocrude oil with a yield of up to 40% yield, or syngas with a yield of up to 54 Adding biologically activated carbon in the MABB enhanced the removal of estrogenic hormones (+7.2, cytotoxicity (+58, and heavy metals (+10. Thus, the novel manure treatment system proposed in this study highlights a new paradigm that can simultaneously reduce the release of emerging contaminants from animal manure to the environment and provide value-added bioenergy co-products to help offset the cost of providing environmental benefits.

AB - An integrated manure treatment system, including a mixed algal-bacterial bioreactor (MABB) and hydrothermal conversion of biosolids to biofuels, was found to remove 76-97% of the total estrogenic hormones from the liquid portion of animal manure. The resulting biosolids mixture could be hydrothermally converted into either biocrude oil with a yield of up to 40% yield, or syngas with a yield of up to 54 Adding biologically activated carbon in the MABB enhanced the removal of estrogenic hormones (+7.2, cytotoxicity (+58, and heavy metals (+10. Thus, the novel manure treatment system proposed in this study highlights a new paradigm that can simultaneously reduce the release of emerging contaminants from animal manure to the environment and provide value-added bioenergy co-products to help offset the cost of providing environmental benefits.

KW - ISTC

M3 - Conference contribution

BT - 2019 Emerging Contaminants in the Environment Conference (ECEC19)

ER -

Fate and Transport of Manure Estrogenic Compounds During Integrated Treatment for Water Quality and Bioenergy Production

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