Combined processing of waste organic polymers and manganese bearing waste/low grade ores into fuels and low-carbon manganese alloys

Archil Chirakadze; Zakaria Buachidze; Akaki Gigineishvili; Paata Kervalishvili; Teimuraz Chichua; Lali Gurchumelia; Tamar Berberashvili; Irina Khomeriki; Giorgi Kervalishvili; Garegin Zakharov; Giorgi Oniashvili; Mike Wireman; William A. Toscano; Vakhtang Gvakharia; Izolda Basghadze; Irine Geleishvili

doi:10.1504/IJGW.2016.077916

Combined processing of waste organic polymers and manganese bearing waste/low grade ores into fuels and low-carbon manganese alloys

Archil Chirakadze, Zakaria Buachidze, Akaki Gigineishvili, Paata Kervalishvili, Teimuraz Chichua, Lali Gurchumelia, Tamar Berberashvili, Irina Khomeriki, Giorgi Kervalishvili, Garegin Zakharov, Giorgi Oniashvili, Mike Wireman, William A. Toscano, Vakhtang Gvakharia, Izolda Basghadze, Irine Geleishvili

Environmental Health Sciences

Research output: Contribution to journal › Article › peer-review

Abstract

Georgia could serve as a unique natural testing ground for the development of green industry using advanced technologies for industrial processing of hazardous waste. The goal of the reported work was to improve on the current methods of reprocessing waste by using a combination of a microwave enhanced method of processing used tyres and plastic residues with the microwave enhanced processing of manganese bearing waste and low-grade ores into manganese oxide concentrate. The manganese concentrate could be processed into high-grade manganese alloys (metallic manganese, low-carbon ferromanganese, and composite manganese alloys). Microwave heating required lower energy and resulted in a two-fold increase in yield.

Original language	English (US)
Pages (from-to)	242-262
Number of pages	21
Journal	International Journal of Global Warming
Volume	10
Issue number	1-3
DOIs	https://doi.org/10.1504/IJGW.2016.077916
State	Published - 2016

Keywords

'Green industry'
Composite alloys
Discarded plastic polymers
Fuel
Hazardous waste
Low-carbon manganese alloys
Manganese containing feed additives
Manganese oxide
Microwave heating
Used tyres

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Chirakadze, A., Buachidze, Z., Gigineishvili, A., Kervalishvili, P., Chichua, T., Gurchumelia, L., Berberashvili, T., Khomeriki, I., Kervalishvili, G., Zakharov, G., Oniashvili, G., Wireman, M., Toscano, W. A., Gvakharia, V., Basghadze, I., & Geleishvili, I. (2016). Combined processing of waste organic polymers and manganese bearing waste/low grade ores into fuels and low-carbon manganese alloys. International Journal of Global Warming, 10(1-3), 242-262. https://doi.org/10.1504/IJGW.2016.077916

Chirakadze, A, Buachidze, Z, Gigineishvili, A, Kervalishvili, P, Chichua, T, Gurchumelia, L, Berberashvili, T, Khomeriki, I, Kervalishvili, G, Zakharov, G, Oniashvili, G, Wireman, M, Toscano, WA, Gvakharia, V, Basghadze, I & Geleishvili, I 2016, 'Combined processing of waste organic polymers and manganese bearing waste/low grade ores into fuels and low-carbon manganese alloys', International Journal of Global Warming, vol. 10, no. 1-3, pp. 242-262. https://doi.org/10.1504/IJGW.2016.077916

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abstract = "Georgia could serve as a unique natural testing ground for the development of green industry using advanced technologies for industrial processing of hazardous waste. The goal of the reported work was to improve on the current methods of reprocessing waste by using a combination of a microwave enhanced method of processing used tyres and plastic residues with the microwave enhanced processing of manganese bearing waste and low-grade ores into manganese oxide concentrate. The manganese concentrate could be processed into high-grade manganese alloys (metallic manganese, low-carbon ferromanganese, and composite manganese alloys). Microwave heating required lower energy and resulted in a two-fold increase in yield.",

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AU - Gigineishvili, Akaki

AU - Kervalishvili, Paata

AU - Chichua, Teimuraz

AU - Gurchumelia, Lali

AU - Berberashvili, Tamar

AU - Khomeriki, Irina

AU - Kervalishvili, Giorgi

AU - Zakharov, Garegin

AU - Oniashvili, Giorgi

AU - Wireman, Mike

AU - Toscano, William A.

AU - Gvakharia, Vakhtang

AU - Basghadze, Izolda

AU - Geleishvili, Irine

PY - 2016

Y1 - 2016

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AB - Georgia could serve as a unique natural testing ground for the development of green industry using advanced technologies for industrial processing of hazardous waste. The goal of the reported work was to improve on the current methods of reprocessing waste by using a combination of a microwave enhanced method of processing used tyres and plastic residues with the microwave enhanced processing of manganese bearing waste and low-grade ores into manganese oxide concentrate. The manganese concentrate could be processed into high-grade manganese alloys (metallic manganese, low-carbon ferromanganese, and composite manganese alloys). Microwave heating required lower energy and resulted in a two-fold increase in yield.

KW - 'Green industry'

KW - Composite alloys

KW - Discarded plastic polymers

KW - Fuel

KW - Hazardous waste

KW - Low-carbon manganese alloys

KW - Manganese containing feed additives

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KW - Microwave heating

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Combined processing of waste organic polymers and manganese bearing waste/low grade ores into fuels and low-carbon manganese alloys

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