Abstract
A set of experiments was designed to investigate the factors—atmospheric and surficial—controlling fugitive dust emissions from the tailings ponds of UNIMIN Canada, a mining company that extracts and produces nepheline syenite (feldspar) at two adjacent sites (Nephton and Blue Mountain) located north of Havelock, Ontario. Using wind tunnel measurements, the combined influence of relative humidity and temperature (represented by the absolute matric potential,
Item Description
Type
Contributors
Creator (cre): Ogungbemide, Damilare Immanuel
Thesis advisor (ths): McKenna Neuman, Cheryl
Degree committee member (dgc): Lafleur, Peter
Degree committee member (dgc): Buttle, Jim
Degree committee member (dgc): Hill, Stephen
Degree granting institution (dgg): Trent University
Date Issued
2017
Date (Unspecified)
2017
Place Published
Peterborough, ON
Form
Extent
235 pages
Rights
Copyright is held by the author, with all rights reserved, unless otherwise noted.
Subject (Topical)
Local Identifier
TC-OPET-10457
Publisher
Trent University
Degree
Doctor of Philosophy (Ph.D.): Environmental and Life Sciences