Solve more challenging and critical problems using BETE's Advanced Spray Engineering Services, which include CFD studies and physical testing.
Detail of the BETE Phase-Doppler Particle Analyzer.

Tell Us What You Need By Contacting Daniel deLesdernier

We’ll Work With You To Plan A Project That Meets Your Needs and Budget.

How Our Services Can Help

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.

An Advanced Spray Engineering Services project begins with thoroughly understanding the process objectives, problems, and constraints. We will then typically issue a concept work proposal for you to review. Actual work may proceed in several phases. For example, if a CFD analysis is involved, it might be necessary to first test a nozzle in the laboratory to gather input data for the CFD model. At each stage, we work with you to ensure we're solving the right problem within the given constraints.

The spray engineering group works with all of BETE's resources to help you design your process or solve your spray problem. We collaborate with our manufacturing and design engineering teams throughout the analysis process to ensure that the result is manufacturable and cost-effective.

Advanced Spray Engineering Services Line Card
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Baked roll of filo dough, with a filling, on a wooden board

FlexFlow™ System Reduces Material Waste with Precision Coating for Frozen Pastry Manufacturer

Filo dough moving along an assembly line is filled with various ingredients, hand-rolled, and packaged. Before rolling the dough, palm oil is hand-brushed by two linemen to act as the “glue” that holds the pastry together. The manual application creates inconsistencies in the product, variation in nutritional content, excessive use of oil, and uneven coverage – adding to the overall cost of production.
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Detail of an electric melting furnace.

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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Detail of industrial chemical plant.

Avoiding Costly Damage and Repair of Refinery Equipment With Spray Injectors

Quills are not always the best method for injecting chemical inhibitors where spray distribution is critical. For these applications, fabricated spray injectors with a nozzle produce more accurate results for spray injection.
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