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Pressure Vessel Design Engineering

Vessel and boiler design engineered as one integrated assembly, from shell geometry to fabrication-ready detailing.

Specialized Engineering Services

Vessel Shell & Nozzle Penetration Design

Asset-Eyes designs vessel shell geometry and head configurations as the base geometry for every vessel and boiler assembly, then designs nozzle penetrations into that geometry with angular positioning and reinforcement pad detailing. 

Vessel Shell Geometry & Head Configuration Design
Asset-Eyes designs vessel shell geometry and head configurations as part of its vessel and boiler engineering work. This forms the base geometry that nozzle, support, and weld detailing are built around.
Nozzle Penetration Design
Asset-Eyes designs nozzle penetrations incorporating angular positioning and reinforcement pad geometry. This ensures each penetration is positioned and reinforced correctly for the vessel's operating conditions.
Vessel Shell & Nozzle Penetration Design

Nozzle Location, Flange & Coordinate Documentation

Asset-Eyes develops nozzle locations and flange specifications based on piping connection requirements, then documents nozzle coordinates to support both accurate fabrication and integration with plant piping systems. 

Nozzle Location & Flange Specification Development
Asset-Eyes develops nozzle locations and flange specifications based on piping connection requirements. This ensures the vessel's connection points align with the plant's piping design from the outset.
Nozzle Coordinate Documentation
Asset-Eyes documents nozzle coordinates to support accurate fabrication and integration with plant piping systems. This documentation gives both fabrication and piping teams a precise reference for where each nozzle connects.
Nozzle Location, Flange & Coordinate Documentation

Support Structure & Foundation Design

Asset-Eyes designs saddle, leg, and skirt supports based on base plate geometry and anchor bolt layouts, then defines the foundation interface requirements those supports connect to. 

Support Structure Design
Asset-Eyes designs saddle, leg, and skirt supports incorporating base plate geometry and anchor bolt layouts. Support type and configuration are matched to the vessel's geometry.
Foundation Interface Requirements
Asset-Eyes defines foundation interface requirements for saddle, leg, and skirt supports. This ensures the support design connects correctly to the foundation it will be installed on.
Support Structure & Foundation Design

Weld Joint & Plate Fabrication Detailing

Asset-Eyes details weld joints — seam types, edge preparations, and root gaps — alongside plate development detailing flat patterns, seam locations, rolling sequences, and material grain direction requirements. 

Weld Joint Detailing
Asset-Eyes details weld joints, defining seam types, edge preparations, and root gaps. This detailing gives fabricators the specific weld requirements needed for manufacturing.
Plate Development
Asset-Eyes details plate development, including flat patterns, seam locations, and rolling sequences. This gives fabricators the specific information needed to roll and seam plates accurately.
Material Grain Direction Requirements
Asset-Eyes documents material grain direction requirements to support plate rolling accuracy. This ensures plates are rolled in the correct orientation relative to the material's grain.
Weld Joint & Plate Fabrication Detailing
Engineering Tools

Vessel Design Built For Fabrication

Vessel and boiler design at Asset-Eyes resolves shell geometry, nozzle penetrations, and support structures in a single model. Every connection point is documented before a plate is ever rolled.
Engineering Tools
1

SolidWorks

SolidWorks is used for 3D vessel and boiler assembly modeling, integrating shell geometry, nozzle penetrations, and support structures into a single model. This ensures every connection point is resolved before fabrication.
2

AutoCAD

AutoCAD is used for fabrication and detailing layouts, producing plate development and weld joint documentation referenced against ASME standards. Drawings give fabricators and inspectors unambiguous manufacturing detail.

Resources

Let's Talk About Your Engineering Needs

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