A recent experiment using biomass fuels to fire the kilns at the Lafarge cement plant in Bath was so encouraging, an energy consultant believes the facility could cut its »
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The biggest hurdle for biomass from dedicated fuel crops is that it isn't an economically viable option yet. We’re looking at ways of finding biomass fuels that are more affordable while we continue to work with our farming partners and support research to reduce production costs even further.
Lafarge Canada Inc. (Lafarge) retained Golder Associates Ltd. (Golder) to complete the Environmental Screening Process (ESP) for the proposed Low Carbon Fuels (LCF) Project (Project) at the Lafarge Bath Plant (Site) located in Bath, Ontario. As...
Lafarge, Canada’s largest diversified supplier of construction materials, has undertaken a broad initiative to improve the sustainability of their Bath cement manufacturing plant by the year 2020, termed the Cement 2020 Initiative. Under this...
Lafarge Canada Inc. (Lafarge) retained Golder Associates Ltd. (Golder) to complete the Environmental Screening Process (ESP) for the proposed Low Carbon Fuels (LCF) Project (Project) at the Lafarge Bath Plant (Site) located in Bath, Ontario. As...
The design of a granular pad for the proposed Low Carbon Fuel (LCF) Staging/Processing area (shredding pad) at the Lafarge Bath Plant. The design drawings for the pad (Drawings 1 to 7) are attached.
RWDI AIR Inc. (RWDI) has been retained by Lafarge Canada Inc. (Lafarge) to conduct emission sampling on the kiln exhaust at their facility in Bath, Ontario. Lafarge is entering into a Low Carbon Fuels (LCF) project which is part of the Cement...
This Emission Summary and Dispersion Modelling (ESDM) report has been prepared to support an application for the use of low carbon fuel at the Lafarge Canada Inc. (Lafarge) Bath Plant, under the requirements of Section 9 of the Environmental...
This report provides an analysis and evaluation of whether emissions concentrations changed due to the introduction of low carbon fuels (LCF) at the Lafarge, Bath cement plant. The concentration of emissions were determined by stack sampling and...
A thesis submitted to the Department of Mechanical & Materials Engineering In conformity with the requirements forthe degree of Master of Applied Science written by Jamie Davis.
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