Details
| Originalsprache | Englisch |
|---|---|
| Titel des Sammelwerks | Proceedings 12th Hanseatic India Colloquium, Germany |
| Untertitel | Solid Waste Management: an Indo-German Dialogue |
| Seiten | 23-35 |
| Seitenumfang | 13 |
| ISBN (elektronisch) | 978-81-962252-0-9 |
| Publikationsstatus | Veröffentlicht - 2022 |
| Veranstaltung | 12th Hanseatic India Colloquium, Germany: Solid Waste Management: an Indo-German Dialogue - Consulate General of India, Hamburg, Deutschland Dauer: 7 Apr. 2022 → 7 Apr. 2022 |
Abstract
with an increase in municipal solid waste (MSW) generation. Their collection, treatment, and disposal systems must be managed and organized in an integrated approach for a sustainable and economical result. In India, organic fractions contribute to about 50wt.-% of the MSW, which needs to be disposed in safe manner without polluting the environment. Wet and biodegradable fractions of organic MSW can be treated using anaerobic digestion process while dry and fibrous fractions through thermal treatment for the recovery of energy and value-added products. This concept is investigated with the case studies of two Indo-German collaborative research projects at pilot-scale level for recovery of energy and biochar from organic fractions of MSW funded by Indo German Science and Technology Center (IGSTC) 2+2 framework programme.
In the RESERVES project, urban organic waste from India’s largest vegetable and
flower market (Koyambedu Market Chennai), as well as waste from slaughterhouses
(also Chennai) - which would otherwise end up in municipal waste - is fed into an
innovative fermentation plant to enable material and energy recovery. In addition to
biogas, hygienically safe digestate and fertiliser are produced. This could be achieved
by introducing a bio-extrusion aggregate from Lehmann-UMT GmbH, Pöhl, Germany
as pretreatment of the waste to better breakdown the fibres and ensure the necessary
hygienic properties. In the PYRASOL project, urban organic waste, which is not directly accessible for biological treatment due to its high fibre content and digested municipal sewage sludge are pre-treated with the help of innovative solar drying and subsequently pyrolyzed in a single chamber pyrolysis boiler from Biomacon GmbH, Rehburg Germany to sustainably derive biochar, sequestering CO 2 and providing thermal energy, for land application.
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Proceedings 12th Hanseatic India Colloquium, Germany: Solid Waste Management: an Indo-German Dialogue. 2022. S. 23-35.
Publikation: Beitrag in Buch/Bericht/Sammelwerk/Konferenzband › Aufsatz in Konferenzband › Forschung › Peer-Review
}
TY - GEN
T1 - Smart City Concepts for Treatment of and Resource Recovery from Municipal Organic Wastes
T2 - 12th Hanseatic India Colloquium, Germany
AU - Weichgrebe, Dirk
AU - Mondal, Moni Mohan
AU - Nair, Rahul Ramesh
AU - G., Sathish
AU - R., Nishanthi
AU - Srinivasan, S.V.
PY - 2022
Y1 - 2022
N2 - Increasing urbanisation, industrialisation and social development in India is coupledwith an increase in municipal solid waste (MSW) generation. Their collection, treatment, and disposal systems must be managed and organized in an integrated approach for a sustainable and economical result. In India, organic fractions contribute to about 50wt.-% of the MSW, which needs to be disposed in safe manner without polluting the environment. Wet and biodegradable fractions of organic MSW can be treated using anaerobic digestion process while dry and fibrous fractions through thermal treatment for the recovery of energy and value-added products. This concept is investigated with the case studies of two Indo-German collaborative research projects at pilot-scale level for recovery of energy and biochar from organic fractions of MSW funded by Indo German Science and Technology Center (IGSTC) 2+2 framework programme.In the RESERVES project, urban organic waste from India’s largest vegetable andflower market (Koyambedu Market Chennai), as well as waste from slaughterhouses(also Chennai) - which would otherwise end up in municipal waste - is fed into aninnovative fermentation plant to enable material and energy recovery. In addition tobiogas, hygienically safe digestate and fertiliser are produced. This could be achievedby introducing a bio-extrusion aggregate from Lehmann-UMT GmbH, Pöhl, Germanyas pretreatment of the waste to better breakdown the fibres and ensure the necessaryhygienic properties. In the PYRASOL project, urban organic waste, which is not directly accessible for biological treatment due to its high fibre content and digested municipal sewage sludge are pre-treated with the help of innovative solar drying and subsequently pyrolyzed in a single chamber pyrolysis boiler from Biomacon GmbH, Rehburg Germany to sustainably derive biochar, sequestering CO 2 and providing thermal energy, for land application.
AB - Increasing urbanisation, industrialisation and social development in India is coupledwith an increase in municipal solid waste (MSW) generation. Their collection, treatment, and disposal systems must be managed and organized in an integrated approach for a sustainable and economical result. In India, organic fractions contribute to about 50wt.-% of the MSW, which needs to be disposed in safe manner without polluting the environment. Wet and biodegradable fractions of organic MSW can be treated using anaerobic digestion process while dry and fibrous fractions through thermal treatment for the recovery of energy and value-added products. This concept is investigated with the case studies of two Indo-German collaborative research projects at pilot-scale level for recovery of energy and biochar from organic fractions of MSW funded by Indo German Science and Technology Center (IGSTC) 2+2 framework programme.In the RESERVES project, urban organic waste from India’s largest vegetable andflower market (Koyambedu Market Chennai), as well as waste from slaughterhouses(also Chennai) - which would otherwise end up in municipal waste - is fed into aninnovative fermentation plant to enable material and energy recovery. In addition tobiogas, hygienically safe digestate and fertiliser are produced. This could be achievedby introducing a bio-extrusion aggregate from Lehmann-UMT GmbH, Pöhl, Germanyas pretreatment of the waste to better breakdown the fibres and ensure the necessaryhygienic properties. In the PYRASOL project, urban organic waste, which is not directly accessible for biological treatment due to its high fibre content and digested municipal sewage sludge are pre-treated with the help of innovative solar drying and subsequently pyrolyzed in a single chamber pyrolysis boiler from Biomacon GmbH, Rehburg Germany to sustainably derive biochar, sequestering CO 2 and providing thermal energy, for land application.
M3 - Conference contribution
SP - 23
EP - 35
BT - Proceedings 12th Hanseatic India Colloquium, Germany
Y2 - 7 April 2022 through 7 April 2022
ER -