A BETE customer needed to wash a heat exchanger tube sheet in an explosive, and highly corrosive environment. They had been using a Teflon nozzle, but gas flow over the nozzle would build up a static charge on the non-conductive Teflon. When enough of a charge built up, it would cause a spark leading to an explosion. The customer decided they needed an electrically conductive metal nozzle that would allow static electricity to discharge through the piping system and that Tantalum was the metal they wanted. The customer also wanted a backwards component to the spray and thought a modified CLUMP (single nozzle projecting forward) would work well.
BETE Applications and Design Engineers worked with the customer to calculate the optimal nozzle size for different flow rates to different sections of the tube sheet chamber, and placement of the nozzle for maximum coverage in both upwards and downwards directions. After the design was finalized, and due to the high price of Tantalum ($100/lb at the time), a prototype nozzle in a less costly material was fabricated to confirm acceptable performance.
To discuss your fluid-related challenge, please contact BETE Applications Engineering at 413-772-0846 or firstname.lastname@example.org.