Abstract
The purpose is to provide technology for upgrading lignite to a cleaner fuel that is capable of improving utility plant operation and is more acceptable to the non-utility sector. Beneficiated lignite can provide a middle alternative between low-grade and high-grade fuels. The results for phase IV include a conceptual design for a lignite beneficiation plant and a marketing study for the product. The beneficiated lignite is cheaper to transport, easier to handle, cleaner, allows better plant operation with higher availability, reduced slagging and fouling, reduced sulphur, and lower operating and maintenance costs. 8 refs., 6 figs., 7 tabs.
Citation Formats
Granatstein, D L, Champagne, P J, and Szladow, A J.
A study relating to the conceptual design and cost estimates of the Saskatchewan Power Corporation lignite beneficiation process.
Canada: N. p.,
1982.
Web.
Granatstein, D L, Champagne, P J, & Szladow, A J.
A study relating to the conceptual design and cost estimates of the Saskatchewan Power Corporation lignite beneficiation process.
Canada.
Granatstein, D L, Champagne, P J, and Szladow, A J.
1982.
"A study relating to the conceptual design and cost estimates of the Saskatchewan Power Corporation lignite beneficiation process."
Canada.
@misc{etde_5673354,
title = {A study relating to the conceptual design and cost estimates of the Saskatchewan Power Corporation lignite beneficiation process}
author = {Granatstein, D L, Champagne, P J, and Szladow, A J}
abstractNote = {The purpose is to provide technology for upgrading lignite to a cleaner fuel that is capable of improving utility plant operation and is more acceptable to the non-utility sector. Beneficiated lignite can provide a middle alternative between low-grade and high-grade fuels. The results for phase IV include a conceptual design for a lignite beneficiation plant and a marketing study for the product. The beneficiated lignite is cheaper to transport, easier to handle, cleaner, allows better plant operation with higher availability, reduced slagging and fouling, reduced sulphur, and lower operating and maintenance costs. 8 refs., 6 figs., 7 tabs.}
place = {Canada}
year = {1982}
month = {Jun}
}
title = {A study relating to the conceptual design and cost estimates of the Saskatchewan Power Corporation lignite beneficiation process}
author = {Granatstein, D L, Champagne, P J, and Szladow, A J}
abstractNote = {The purpose is to provide technology for upgrading lignite to a cleaner fuel that is capable of improving utility plant operation and is more acceptable to the non-utility sector. Beneficiated lignite can provide a middle alternative between low-grade and high-grade fuels. The results for phase IV include a conceptual design for a lignite beneficiation plant and a marketing study for the product. The beneficiated lignite is cheaper to transport, easier to handle, cleaner, allows better plant operation with higher availability, reduced slagging and fouling, reduced sulphur, and lower operating and maintenance costs. 8 refs., 6 figs., 7 tabs.}
place = {Canada}
year = {1982}
month = {Jun}
}