Case Histories

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    Periodic Tile Kiln

    Emisshield was able to provide increased uniformity in heat distribution which resulted in a more stabilized fuel input. This stabilization allowed for the almost 7% energy savings.

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    Lingl Tunnel Kiln

    The coating was applied to the walls, crown and burner blocks in the 50 meter soak zone only. After several months of production, an energy balance and audit showed that natural gas savings were in the 8-10% range, the greater savings occurring at the higher push rates.

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    Afterburner

    The afterburner chamber is 80 feet long, six feet tall and 42 inches across. By reradiating energy back into the afterburner chamber, the amount of fuel needed to keep the afterburner at 1400°F was reduced.

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    Refractory Tunnel Kiln

    The application of the coating was confined to the preheat and burning zones of the kiln. The coating provided even radiant heating that more completely combusted fuel.

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