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Processes
The following is a list of the various processes performed by the furnaces.
Thermal distillation of water and hydrocarbons to:
 | Produce charcoal
| Activate carbon
| Regenerate spent carbon
| Recover steel mill wastes
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Combustion of waste feeds such as:
| Biological sludges
| Chemical plant sludges
| Pulp and paper mill
sludges
| Oil refinery sludges
| Pharmaceutical wastes
| Still bottoms
| Spent filter air
| Sized refuse
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Oxidation/reduction of ores at elevated temperatures:
| Copper and molybdenum
| Cobalt calcines
| Hematite to magnetites
| Calcium carbonate
| Cryolite recovery
| Alumina recovery
| Uranium ore
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Decomposition of carbonates, hydroxides, sulfides, and sulfates from:
| Limestone
| Lime sludges
| Dolomite spalls
| Magnesite
| Magnesium
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Vaporization by direct firing of:
| Uranium yellow cake
| Molybdenum concentrates
| Filter cakes
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Included among the applications designed for maximum recovery of valuable
materials are:
| Mercury from mercury sludges
| Cryolite from pot linings
| Alumina from pot room fumes control systems
| Oil from iron chips
| Regeneration of spent carbon
| Recalcination of lime from calcium carbonate
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Processes designed to recover combustible gases of waste by-products to
produce volatiles for reuse include:
| Gaseous fuel from coal, coke or oil shale
| Fuel from wood and agricultural wastes
| Char from refuse
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BSP's rugged thermal systems provide the most
cost effective
performance
across a wide range of processes.
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BSP Thermal Systems, Inc. continues to provide quality leadership in multiple hearth furnace design and technology.
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