Carbohydrate rearrangements in humic solutions

Michael A. Wilson; Kamali Kannangara; Amanda V. Ellis; Cameron McIntyre

Carbohydrate rearrangements in humic solutions

Michael A. Wilson, Kamali Kannangara, Amanda V. Ellis, Cameron McIntyre

School of Science

Research output: Chapter in Book / Conference Paper › Conference Paper

Abstract

Geo-organic matter is in the main part insoluble in organic solvents. Solution where possible is achieved in sodium hydroxide. Indeed, this plays an important part in the Bayer process for extracting organic matter from aluminium oxide in its ore, bauxite. In this process the extraction process is severe, involving temperatures 140Â°C or above and organic matter is degraded. However it is also known that degradation can occur at lower temperatures.

Original language	English
Title of host publication	Organic Matter: Interfaces and Interactions: Proceedings of the Combined Conference of the Australian Organic Geochemists and the International Humic Substances Society, held in the Blue Mountains, NSW, 16-19 February, 2004
Publisher	CSIRO Petroleum
Number of pages	2
ISBN (Print)	0643090363
Publication status	Published - 2004
Event	Combined Conference of the Australian Organic Geochemists and the International Humic Substances Society - Duration: 1 Jan 2004 → …

Conference

Conference	Combined Conference of the Australian Organic Geochemists and the International Humic Substances Society
Period	1/01/04 → …

Keywords

organic solvents
carbohydrates
Bayer process
humic solutions
bauxite
sodium hydroxide

Cite this

@inproceedings{4af050c7b46542cca7ffed54a5d64b3a,

title = "Carbohydrate rearrangements in humic solutions",

abstract = "Geo-organic matter is in the main part insoluble in organic solvents. Solution where possible is achieved in sodium hydroxide. Indeed, this plays an important part in the Bayer process for extracting organic matter from aluminium oxide in its ore, bauxite. In this process the extraction process is severe, involving temperatures 140{\^A}°C or above and organic matter is degraded. However it is also known that degradation can occur at lower temperatures.",

keywords = "organic solvents, carbohydrates, Bayer process, humic solutions, bauxite, sodium hydroxide",

author = "Wilson, {Michael A.} and Kamali Kannangara and Ellis, {Amanda V.} and Cameron McIntyre",

year = "2004",

language = "English",

isbn = "0643090363",

booktitle = "Organic Matter: Interfaces and Interactions: Proceedings of the Combined Conference of the Australian Organic Geochemists and the International Humic Substances Society, held in the Blue Mountains, NSW, 16-19 February, 2004",

publisher = "CSIRO Petroleum",

note = "Combined Conference of the Australian Organic Geochemists and the International Humic Substances Society ; Conference date: 01-01-2004",

}

Wilson, MA, Kannangara, K, Ellis, AV & McIntyre, C 2004, Carbohydrate rearrangements in humic solutions. in Organic Matter: Interfaces and Interactions: Proceedings of the Combined Conference of the Australian Organic Geochemists and the International Humic Substances Society, held in the Blue Mountains, NSW, 16-19 February, 2004. CSIRO Petroleum, Combined Conference of the Australian Organic Geochemists and the International Humic Substances Society, 1/01/04.

Carbohydrate rearrangements in humic solutions. / Wilson, Michael A.; Kannangara, Kamali; Ellis, Amanda V. et al.
Organic Matter: Interfaces and Interactions: Proceedings of the Combined Conference of the Australian Organic Geochemists and the International Humic Substances Society, held in the Blue Mountains, NSW, 16-19 February, 2004. CSIRO Petroleum, 2004.

Research output: Chapter in Book / Conference Paper › Conference Paper

TY - GEN

T1 - Carbohydrate rearrangements in humic solutions

AU - Wilson, Michael A.

AU - Kannangara, Kamali

AU - Ellis, Amanda V.

AU - McIntyre, Cameron

PY - 2004

Y1 - 2004

N2 - Geo-organic matter is in the main part insoluble in organic solvents. Solution where possible is achieved in sodium hydroxide. Indeed, this plays an important part in the Bayer process for extracting organic matter from aluminium oxide in its ore, bauxite. In this process the extraction process is severe, involving temperatures 140Â°C or above and organic matter is degraded. However it is also known that degradation can occur at lower temperatures.

AB - Geo-organic matter is in the main part insoluble in organic solvents. Solution where possible is achieved in sodium hydroxide. Indeed, this plays an important part in the Bayer process for extracting organic matter from aluminium oxide in its ore, bauxite. In this process the extraction process is severe, involving temperatures 140Â°C or above and organic matter is degraded. However it is also known that degradation can occur at lower temperatures.

KW - organic solvents

KW - carbohydrates

KW - Bayer process

KW - humic solutions

KW - bauxite

KW - sodium hydroxide

UR - http://handle.uws.edu.au:8081/1959.7/44647

M3 - Conference Paper

SN - 0643090363

BT - Organic Matter: Interfaces and Interactions: Proceedings of the Combined Conference of the Australian Organic Geochemists and the International Humic Substances Society, held in the Blue Mountains, NSW, 16-19 February, 2004

PB - CSIRO Petroleum

T2 - Combined Conference of the Australian Organic Geochemists and the International Humic Substances Society

Y2 - 1 January 2004

ER -

Carbohydrate rearrangements in humic solutions

Abstract

Conference

Keywords

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