DESIGN & EQUIPMENT PRINCIPLE
Structural framing is developed from operating/dead/live loads, equipment and piping reactions, wind/seismic, access, lifting, modularization and erection sequence.
MANUFACTURED PROCESS EQUIPMENT
Process Platforms & Structural Modules
Access and support structures engineered with equipment, piping, maintenance and transport requirements.
MAIN COMPONENTS & PACKAGE LIMITS
Columns, beams, bracing, grating, stairs, ladders, handrails, equipment supports, monorails/lifting beams and base connections.
CRITICAL DESIGN INPUTS
Equipment layout, operating/maintenance access, loads, deflection/vibration limits, fireproofing, corrosion category, module size and site geotechnical/seismic data.
ENGINEERING & SHOP DELIVERABLES
Mechanical calculation, equipment datasheet, general arrangement, fabrication drawings, nozzle schedule, material take-off, welding/NDE map, ITP, lifting and transport drawings, preservation and manufacturing data book.
FABRICATION, INSPECTION & TESTING
Certified structural material, qualified welding, dimensional survey, NDE of critical joints, bolt control, coating/galvanizing inspection, trial assembly and module release.
APPLICATIONS & PERFORMANCE BASIS
Column platforms, reactor structures, exchanger banks, utility modules, pipe racks and modular process plants.
CODES, STANDARDS & QUALITY BASIS
AISC or EN 1993/DIN, AWS/EN ISO welding, local seismic/wind codes; applicable GOST/SP structural standards when selected.
CONTRACTUAL CODE BASIS
AISC or EN 1993/DIN, AWS/EN ISO welding, local seismic/wind codes; applicable GOST/SP structural standards when selected.