Engineering Services
We provide comprehensive engineering support across various project types, advanced stress analysis, and specialized piping systems to ensure safety, reliability, and peak performance.
Project Types
Modification, expansion, or revamping of existing facilities. We excel at integrating with current systems under space constraints while minimizing disruption to ongoing operations.
Developed from scratch on undeveloped land. We offer maximum design flexibility, focusing on efficient layout planning, cost optimization, and integrating modern technologies.
Detailed analysis, optimization, and troubleshooting to enhance performance. We focus on stress analysis, simulation, debottlenecking, and compliance with evolving standards.
Project Stages
End-to-end engineering support from concept to post-installation.
- Macro-level piping stress analyses for critical systems.
- Establishment of critical equipment piping load criteria.
- Assessment of long-lead piping and support components.
- Advanced analysis like pigtail piping for steam reformers.
- Job Specifications & Notes for Stress Analysis.
- Stress critical line list & Calculation Notes.
- Liaise on routing & equipment nozzle loads.
- TBA for special supports (springs, struts, bellows).
- Pipe support loading sheets for Civil/Structural design.
- Development of as-built pipe stress analysis cases.
- Incorporation of actual site conditions and existing configurations.
- Evaluation of piping systems under real operating & installed conditions.
Piping Systems Overview
Comprehensive expertise across various materials, configurations, and industry applications.
By Material
Metallic (Ferrous & Non-Ferrous)
High strength (CS, SS, Alloy) for critical services, and excellent corrosion resistance (Cu, Al, Ni) for specialized environments.
Non-Metallic & Composite
Ideal for aggressive fluids (PP, GRP, HDPE) and severe corrosion environments requiring structural integrity.
By Configuration
Above Ground
Environmental loading & flexibility
Underground
Soil load & corrosion protection
Jacketed
Temperature control & insulation
Lined
Internal corrosion protection
By Function
Process & Utility
Strict compliance for high-risk media vs cost-effective design for plant operations.
Slurry & Pneumatic Conveying
Managing erosion resistance, particle impact, and proper velocity control.
By Industry
Oil & Gas
Safety, high pressure
Power
High-temp steam, creep resistance
Chemical
Aggressive chemical exposure
Water Treatment
Durability & cost efficiency
Specialty Piping Analysis
Advanced engineering capabilities for complex, high-stress, and mission-critical systems.
Lines connected to heaters operating at extreme temperatures (e.g., 872°C) within the creep range.
Large bore rectangular/circular piping duct analysis which cannot be considered as standard beam elements.
Handling simultaneous gas and liquid flows. Proper design mitigates flow-induced forces and prevents slugging.
Mitigating high-frequency vibration risks caused by turbulent flow (AIV/FIV) to prevent long-term fatigue failure.
Designing for frequent pressure/temperature fluctuations to withstand repeated stress cycles and prevent failure.
Continuous, reliable heat removal for high-density IT equipment, ensuring thermal efficiency and leak-proof redundancy.
Pipe stress analysis of plastic piping using the ASME NM1 code.
Pips stress analysis especially for European countries using EN13480-3 design rules.
Pips stress analysis of piping system with special piping component such as expansion joints, couplings, springs etc.