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Spectra (QWP offer) Inlet and Outlet Nozzle Design

Precision in nozzle design is critical for smooth process flow and minimal pressure drop. Spectra (QWP) team excels in designing inlet and outlet nozzles that minimize turbulence, ensuring optimal performance and reducing the risk of damage to downstream equipment. Each design is carefully tailored to match your operational conditions and fluid characteristics.

Category: Additional Capabilities

Other Additional Capabilities Products

Innovative gas-liquid separation solutions by Spectra Engineering Solutions

CFD Analysis

Two line graphs showing cumulative volume distribution (%) vs. droplet size (micron). The first graph, titled 'Inlet droplet size distribution', displays a wide range of droplet sizes from 0 to 2000 microns. The second graph, titled 'Gas outlet droplet size distribution', shows a narrower range of smaller droplets between 0 and 10 microns. Both graphs represent Case 1 results and demonstrate the performance of a gas-liquid separation system.

Liquid Carryover and Droplet Size Separation Analysis

QWP

Troubleshooting

3D illustration showing two different industrial column designs used in gas-liquid separation processes. The left side of the image features a vertical cylindrical column with internal trays and structured packing, including a demister pad at the top, distributor plates, and a downcomer pipe. A human figure is shown at the base for scale. The right side displays a horizontal cylindrical separator with various internal elements like vane packs, mesh pads, and mist eliminators arranged sequentially to facilitate phase separation. Both vessels are transparent to reveal internal components and are supported on red structural frames.

Column Design

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