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We hope you find the insights useful as you explore strategies for improving gas cooling performance. If you’d like to discuss how BETE can help with your application, please Contact a Spray Expert.
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Read an interview with Daniel deLesdernier, BETE's Manager of Andvanced Spray Engineering Services here.

ADVANCED SPRAY ENGINEERING SERVICES
Understanding nozzle performance and how a spray behaves in your process is critical. When information in our catalog is not enough, BETE's resources and experience can help you with nozzle selection, solving existing spray problems, or designing a new spray system or nozzle process.
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Automated Spray System for Chemical Processing Enhances Gas Cooling Performance and Reliability
A demineralized water injection system is needed to quench calciner furnace exhaust gas upstream of dust
collection equipment at a chemical processing plant during the manufacture of specialty catalyst. Spray
nozzles need to produce small droplet sizes to achieve complete evaporation, which requires pumps for
high-pressure water supply, controls, and instrumentation to regulate and monitor the gas temperature.
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HydroWhirl® Poseidon® Prevents Maintenance and Clogging Issues for Chemical Processing Plant
Cleaning tanks that contain corrosive materials can be problematic. The corrosion-resistant materials used
to make the vessels are not usually ideal for manufacturing tank cleaning nozzles. When the environment is
corrosive to even the highest grade steels, tank cleaning solutions are limited – particularly in larger tanks
where rotary tank cleaners are required.
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SpiralAir® Nozzle Significantly Reduces Air Consumption Usage in Flue Gas Cooling
Cooling of exhaust gases from the Electric Arc Furnace (EAF) is critical to controlling temperatures of
the gas in the ductwork as it enters the baghouse to prevent a fire. Air atomizing nozzles are ideal for
cooling the gases because they produce very fine droplets, but air consumption can be high and costly
if the proper nozzle is not selected.
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