Optimizing Spray Technology for Refining & Petrochemical Processing
Optimizing Spray Technology for Refining & Petrochemical ProcessingIt’s easy to assume you know what’s happening at every stage of your processes, but the systems are enclosed. The experts at Spraying Systems Co. can work with you to model your spray operations and provide new insight into areas that could be improved. We can also help you select better nozzles, optimize injector placement within a vessel, or design and fabricate an injector to deliver the performance you need, complete with testing and documentation. Injectors can be built to comply with ASME® Boiler & Pressure Vessel Code (BPVC), ASME U-Stamp Vessel Manufacturing, ASME B31.1, ASME B31.3, ASME BPVC Section IX and PED 2014/68/EU.
Hydraulic and two-fluid chemical injectors allow you to inject filmers, neutralizing amines and other chemicals effectively while controlling drop size in order to achieve required results.
Injecting water wash prevents the formation of salt deposits and reduces corrosiveness in the overhead line and downstream equipment. Advanced drop size measurement and CFD modeling can help determine optimal injection parameters and locations.
Quenching & Gas Cooling
Control process stream temperatures, mitigate corrosion and increase throughput while keeping equipment and workers safe. Single and two-fluid nozzles are available to meet your process needs.
We offer the industry’s largest selection of sulfur burning nozzles and guns, and a proven track record of success. Computational Fluid Dynamics (CFD) modeling optimizes gun placement and drop size, and Fluid Structure Interaction (FSI) modeling helps evaluate the thermal and structural properties of sulfur guns.
Heat Exchanger Fouling Prevention
Our spray technology maximizes spray coverage onto the heat exchanger surface, with an injector that’s easy to remove for service.
SNCR and SCR NOx control
FCCU emergency quench
Crude oil sampling injection