Adsorption and desorption of natural and synthetic hormones using biochar

Derek John Duncan, Christine Switzer, Helen Keenan, Aoife Brennan, Andrew Limage

Research output: Contribution to conferencePoster

Abstract

Natural steroidal oestrogens are hormones produced by the endocrine systems of humans and livestock that elicit specific effects on endocrine activity at very low concentration. Synthetic oestrogens are structurally similar, man-made pharmaceuticals designed to mimic natural hormones. Both forms of oestrogen are organic, persistent and regularly detected as pollutants of surface waters and sewage sludges due to incomplete removal during water and sewage treatment processes. Numerous studies have shown oestrogens in the environment to be potent endocrine disrupters, unintentionally disturbing the biological development/functioning of many species (eg causing feminisation). As global water demand necessitates reuse of wastewaters and food scarcity encourages use of manures/sewage sludges as fertilisers, oestrogens - given their range of effects at low-dose - pose a threat to all consumers. Biochar is a form of charcoal created through pyrolysis or gasification of carbon-based biomass, predominantly of plant origin. The resultant carbon-rich product can potentially enrich soils by helping to retain essential nutrients, whilst simultaneously storing carbon. This research seeks to determine whether biochar may act as a suitable, low-tech, low-cost medium to sequester environmental oestrogens from wastewaters and soils. Natural (17b-estradiol, oestrone) and synthetic (17a-ethinyl estradiol, mestranol) oestrogens have been selected for study.
LanguageEnglish
Pages1-1
Number of pages1
Publication statusUnpublished - May 2011
Event3rd Annual Biochar Conference - Edinburgh, United Kingdom
Duration: 19 May 201120 May 2011

Conference

Conference3rd Annual Biochar Conference
CountryUnited Kingdom
CityEdinburgh
Period19/05/1120/05/11

Fingerprint

hormone
desorption
adsorption
carbon
biological development
feminization
endocrine system
wastewater
endocrine disruptor
water demand
sewage treatment
charcoal
pyrolysis
livestock
manure
water treatment
drug
soil
fertilizer
surface water

Keywords

  • biochar
  • hormones
  • synthetic hormones
  • adsorption

Cite this

Duncan, D. J., Switzer, C., Keenan, H., Brennan, A., & Limage, A. (2011). Adsorption and desorption of natural and synthetic hormones using biochar. 1-1. Poster session presented at 3rd Annual Biochar Conference , Edinburgh, United Kingdom.
Duncan, Derek John ; Switzer, Christine ; Keenan, Helen ; Brennan, Aoife ; Limage, Andrew. / Adsorption and desorption of natural and synthetic hormones using biochar. Poster session presented at 3rd Annual Biochar Conference , Edinburgh, United Kingdom.1 p.
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Duncan, DJ, Switzer, C, Keenan, H, Brennan, A & Limage, A 2011, 'Adsorption and desorption of natural and synthetic hormones using biochar' 3rd Annual Biochar Conference , Edinburgh, United Kingdom, 19/05/11 - 20/05/11, pp. 1-1.

Adsorption and desorption of natural and synthetic hormones using biochar. / Duncan, Derek John; Switzer, Christine; Keenan, Helen; Brennan, Aoife; Limage, Andrew.

2011. 1-1 Poster session presented at 3rd Annual Biochar Conference , Edinburgh, United Kingdom.

Research output: Contribution to conferencePoster

TY - CONF

T1 - Adsorption and desorption of natural and synthetic hormones using biochar

AU - Duncan, Derek John

AU - Switzer, Christine

AU - Keenan, Helen

AU - Brennan, Aoife

AU - Limage, Andrew

PY - 2011/5

Y1 - 2011/5

N2 - Natural steroidal oestrogens are hormones produced by the endocrine systems of humans and livestock that elicit specific effects on endocrine activity at very low concentration. Synthetic oestrogens are structurally similar, man-made pharmaceuticals designed to mimic natural hormones. Both forms of oestrogen are organic, persistent and regularly detected as pollutants of surface waters and sewage sludges due to incomplete removal during water and sewage treatment processes. Numerous studies have shown oestrogens in the environment to be potent endocrine disrupters, unintentionally disturbing the biological development/functioning of many species (eg causing feminisation). As global water demand necessitates reuse of wastewaters and food scarcity encourages use of manures/sewage sludges as fertilisers, oestrogens - given their range of effects at low-dose - pose a threat to all consumers. Biochar is a form of charcoal created through pyrolysis or gasification of carbon-based biomass, predominantly of plant origin. The resultant carbon-rich product can potentially enrich soils by helping to retain essential nutrients, whilst simultaneously storing carbon. This research seeks to determine whether biochar may act as a suitable, low-tech, low-cost medium to sequester environmental oestrogens from wastewaters and soils. Natural (17b-estradiol, oestrone) and synthetic (17a-ethinyl estradiol, mestranol) oestrogens have been selected for study.

AB - Natural steroidal oestrogens are hormones produced by the endocrine systems of humans and livestock that elicit specific effects on endocrine activity at very low concentration. Synthetic oestrogens are structurally similar, man-made pharmaceuticals designed to mimic natural hormones. Both forms of oestrogen are organic, persistent and regularly detected as pollutants of surface waters and sewage sludges due to incomplete removal during water and sewage treatment processes. Numerous studies have shown oestrogens in the environment to be potent endocrine disrupters, unintentionally disturbing the biological development/functioning of many species (eg causing feminisation). As global water demand necessitates reuse of wastewaters and food scarcity encourages use of manures/sewage sludges as fertilisers, oestrogens - given their range of effects at low-dose - pose a threat to all consumers. Biochar is a form of charcoal created through pyrolysis or gasification of carbon-based biomass, predominantly of plant origin. The resultant carbon-rich product can potentially enrich soils by helping to retain essential nutrients, whilst simultaneously storing carbon. This research seeks to determine whether biochar may act as a suitable, low-tech, low-cost medium to sequester environmental oestrogens from wastewaters and soils. Natural (17b-estradiol, oestrone) and synthetic (17a-ethinyl estradiol, mestranol) oestrogens have been selected for study.

KW - biochar

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M3 - Poster

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Duncan DJ, Switzer C, Keenan H, Brennan A, Limage A. Adsorption and desorption of natural and synthetic hormones using biochar. 2011. Poster session presented at 3rd Annual Biochar Conference , Edinburgh, United Kingdom.