We provide end-to-end Engineering & Design solutions for Process Equipment and Modular Skid Systems, engineered for zero failure, long-term reliability, maximum operational efficiency, and full code compliance for Oil & Gas, Petrochemical, Chemical, Power, Water Treatment, Manufacturing, Food & Pharma, and Cryogenic Gas industries.

Our Engineering division integrates:

1. Process Engineering
2. Thermal Engineering
3. Mechanical Engineering
4. Structural Engineering
5. Electrical, Instrumentation & Automation
6. CFD / FEA / Digital Simulation
7. Compliance Certification & Documentation

1) Process & Thermal Engineering

(Engineering applicable to Vessels, Tanks, Reactors, Heat Exchangers & Skids)

Our Process Engineering capabilities include:

• Heat & Mass Balance
• Heat Duty Calculations (Q = U × A × ΔTlm)
• Phase Change & Saturation Curve Analysis
• Residence Time & Flow Dynamics
• Dew-point & Boil-off Control
• Energy Optimization & Recovery Analysis

Equipment Type	Design Activities
Heat Exchangers	HTRI/Aspen EDR thermal sizing, fouling evaluation, vibration analysis
Cryogenic Systems	Heat ingress modeling, boil-off control, vacuum insulation design
Reactors	Reaction kinetics, agitation analysis, cooling/heating load, jacket design
Columns	Stage-by-stage calculations, tray/packing selection, reflux sizing
Skids	Flow distribution, pressure drop, hydraulic & suction lift calculations

2) Mechanical Design & Pressure Boundary Engineering

Mechanical Design for all pressure equipment is done as per ASME Sec VIII Div.1/Div.2, IS 2825, PED, API 650/620, TEMA as applicable to the product category. This includes:

Core Mechanical Computations

• Shell, Dish & Nozzle Thickness
• MAWP / MDMT Determination
• Corrosion Allowance & Joint Efficiency
• Wind / Seismic / Transport Loadings
• Reinforcement Pad (RF Pad) Calculations
• Lifting Lug & Saddle Design
• Fatigue & Creep Life Prediction

Design Validation Simulations

• FEA Structural Stress Analysis
• Thermal Stress Mapping
• Fatigue & Cyclic Loading Simulation
• Buckling & Collapse Analysis
• Nozzle Load Evaluation (WRC 107/297)

Cryogenic-specific Mechanical Considerations

• Differential thermal contraction
• Vacuum shell buckling
• Oxygen embrittlement & hydrogen diffusion

(Directly relevant to Cryogenic, LOX/LN₂/LNG ISO Tanks & Hydrogen Vessels)

Product-specific technical specifications from uploaded files (Pressure Vessels, Air Receivers, Nitrogen Receivers, Hydrogen Storage Vessels, LPG Tanks etc.) are the backbone of this design module.