Great Bear reports gold recovery up to 99% in LP fault at Dixie

Great Bear Resources (TSXV: GBR; OTC: CTBAF) has completed preliminary metallurgical tests on samples from the LP fault at its Dixie gold […]
The Dixie gold property has the low rolling, partially forested topography typical of the Red Lake mining camp. Credit: Great Bear Resources.

Topics

Commodities

Regions

Tags

Companies

Great Bear Resources (TSXV: GBR; OTC: CTBAF) has completed preliminary metallurgical tests on samples from the LP fault at its Dixie gold project, in northwest Ontario, reporting gold recovery of between 95.2% and 99.2%.

The Dixie project in the Red Lake gold camp, 25 km west of town, is wholly owned by the junior. An initial resource estimate is expected in early 2022.

Ten 1-kg samples from the LP fault were processed in a standard 48-hour bottle roll test at 40% solids with a 1 g/L sodium cyanide (NaCN) solution. The samples contained material of various grades, host rock, sulphide content and alteration styles. The highest recovery rate, 99.2%, belonged to the samples with the highest grade, over 20 g/t gold. The mineralization is described as free milling and not refractory.

The LP zone samples that were tested represent the most mineralogically complex intersections drilled to date. They had higher accessory sulphide content than the zone’s average, but that did not have a measurable effect on recovery. More tests are underway on low-sulphide material.

Great Bear expects that a gravity gold circuit will result in good gold separation. The company does not think an autoclave will be needed in the flowsheet to treat LP fault ore.

Similar earlier metallurgical tests of samples from the Dixie Limb and Hinge zones had recovery rates between 88.3% and 97.5% of the gold.

Great Bear continues to drill high and very high grades at Dixie, ahead of an initial resource estimate expected early next year.

Read more at www.GreatBearResources.ca.

Comments

Your email address will not be published. Required fields are marked *

Dec 08 2021 - Dec 09 2021
Jan 18 2022 - Jan 20 2022
Jan 31 2022 - Feb 03 2022