Vertical Industrial Pressure Vessel

Heavy-duty Vertical industrial pressure vessel cylindrical unit engineered for pressurized fluid containment in industrial, energy, and process-engineering applications. Designed for vertical installation, the vessel is supported by reinforced structural legs, ensuring stability, load distribution efficiency, and operational safety under demanding service conditions.

The design features a smooth cylindrical shell with dished top and bottom heads, multiple radial nozzles for process integration, and a bolted manway for inspection and internal access. A top-mounted flanged connection provides additional process interfacing capability, while strategically positioned inlet and outlet nozzles support efficient fluid circulation. Clean surface continuity and accurate geometric proportions make this model suitable for engineering visualization, layout development, and technical documentation.

This CAD model is ideal for professional use in pressure system design, mechanical engineering studies, and high-end industrial rendering.

Key Features

• Vertical cylindrical shell with dished upper and lower heads

• Reinforced support legs for stable floor-mounted installation

• Multiple radial process nozzles for inlet, outlet, and instrumentation

• Bolted manway for maintenance and internal inspection access

• Top-mounted flanged connection for process integration

• Bottom discharge nozzle for drainage or process flow

• Clean, continuous surfaces optimized for realistic rendering

• Industrial-grade geometry suitable for CAD workflows and visualization

Applications

• Pressurized liquid and gas storage

• Process and chemical engineering systems

• Energy and power generation facilities

• Separation, filtration, or intermediate process units

• Plant layout and equipment arrangement planning

• Engineering visualization and simulation

• Technical presentations and industrial design portfolios

File Format

• SolidWorks: STP

Our engineering team is available to customize this pressure vessel design to meet specific operational requirements, including dimensional adjustments, nozzle configuration, pressure ratings, and material specifications.

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