PIPPING AND FABRICATIONS
Engineering-Driven Piping & Fabrication
Engineering & Mechanical Integrity Capabilities
Engineering & Design Support
Review of P&IDs, ISO drawings, and engineering specifications
Pipe sizing, routing, and stress considerations
Material selection (CS, SS, duplex, alloy, chrome-moly, HDPE, etc.)
Thermal expansion, vibration, and load analysis
Fabrication drawings and spool maps
Piping Fabrication
Precision cutting, beveling, forming, bending, rolling
Certified welding (TIG, MIG, Stick, FCAW, SAW)
Alloy and specialty-material fabrication
Full traceability tagging and spool identification
Controlled-environment welding for high-pressure / high-temperature systems
Modular Skids & Pre-Assembled Systems
Pre-fabricated process modules
Equipment skids, pump skids, compressor skids
Pre-tested piping assemblies to reduce onsite work
Faster installation, lower risk, improved schedule adherence
Field Installation & Mechanical Execution& Industrial Coatings
On-site installation of fabricated spools
Tie-ins, connections, cut-ins, system rerouting
Integration with tanks, boilers, heat exchangers, vessels, pumps
On-site pipe supports, hangers, guides, anchors
Quality, Mechanical Integrity & Compliance
Every piping system undergoes strict QA/QC and inspection protocols:
Testing & Validation
Codes & Standards We Follow
Hydrotesting & pneumatic testing
Positive Material Identification (PMI)
NDE: UT, RT, MT, PT
Weld inspections and WPS/PQR compliance
Documentation for MI and regulatory audits
ASME B31.1 / B31.3
API standards for piping and equipment
ANSI and ASTM specifications
Welding compliance under ASME Section IX
OSHA requirements for safe installation

