Conference Proceedings
Annual Conference, Southern and Central Queensland
Conference Proceedings
Annual Conference, Southern and Central Queensland
An Investigation of Magnetite Consumption at the Blackwater Coal Preparation Plant of Utah Development Company
Poor performance in the several stages of the magnetite recovery circuit, coupled with poor desliming through inefficient and over- loaded desliming screens, led to excessive magnetite consumption. An accurate and reliable sampling programme was established covering all outlets of the plant. Emphasis was placed on frequency of increments in an endeavour to detect extreme conditions of short duration. Systematic checking of the entry points to these outlets than identified those sections of the recovery circuit at fault, namely magnetite recovery separators and the heavy media cyclone product rinsing screens. More product rinsing water was provided, and modifications to the rinsing screens improved the efficiency of these units._x000D_
Consistency of operation through automatic control of level eliminated the sudden massive losses in the magnetic separators. Load on the recovery circuit was then reduced by improvements to the raw coal desliming screens. A 50 per cent reduction in magnetite consumption was achieved.
Consistency of operation through automatic control of level eliminated the sudden massive losses in the magnetic separators. Load on the recovery circuit was then reduced by improvements to the raw coal desliming screens. A 50 per cent reduction in magnetite consumption was achieved.
Contributor(s):
I R Brake, D A Tonkin
-
An Investigation of Magnetite Consumption at the Blackwater Coal Preparation Plant of Utah Development CompanyPDFThis product is exclusive to Digital library subscription
-
An Investigation of Magnetite Consumption at the Blackwater Coal Preparation Plant of Utah Development CompanyPDFNormal price $22.00Member price from $0.00
Fees above are GST inclusive
PD Hours
Approved activity
- Published: 1974
- PDF Size: 0.15 Mb.
- Unique ID: P197404001