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Our Projects

01
PETROCHEMICAL

Polypropylene Unit (PPU) Complex

3D piping execution and stress engineering for polymer reaction loops, extruder feeding lines, and high-density powder transfer manifolds.

Project Highlights

  • Thermal & vibration analysis on high-pressure loop reactors
  • Automated ISO generation & MTO extraction via SP3D
  • Pneumatic conveying line route optimization & support layout
02
REFINERY / HEAVY OIL

RFCC Unit High-Temperature Piping

High-temperature stress evaluation and 3D modeling for Resid Fluid Catalytic Cracking (RFCC) regenerator lines, reactor risers, and heavy fractionators.

Project Highlights

  • High-temp expansion joint & spring hanger design (600°C+)
  • Dynamic catalyst slugging & transient pressure surge checks
  • Critical equipment nozzle load qualification per ASME VIII/WRC
03
REFINERY & PETROCHEMICAL

HRRL Rajasthan Refinery Offsites & Utilities

Interconnecting pipe rack engineering, offsite tank farm tie-ins, and multi-discipline utility routing for HPCL Rajasthan Refinery Ltd (HRRL).

Project Highlights

  • Multi-tier pipe rack clash detection & resolution in AVEVA E3D
  • Tank nozzle settlement & thermal flexibility analysis in CAESAR II
  • Utility distribution headers (Nitrogen, Cooling Water, High-Pressure Steam)
04
POWER GENERATION

NALCO Captive Power Plant Revamp

Piping stress analysis and 3D modeling for main steam, cold/hot reheat, and feed-water piping systems across NALCO thermal power generation units.

Project Highlights

  • High-pressure steam pipe stress analysis under cyclic thermal loads
  • Boiler nozzle thrust & turbine interface load verification
  • Hanger schedule optimization & rigid strut support placement
05
CHEMICAL & PROCESS

Multiple-Effect Evaporation Unit (10A)

Detailed piping layout, corrosive liquor line routing, and stress analysis for a multi-stage Evaporation Unit (10A) handling high-concentration process streams.

Project Highlights

  • Titanium / Special alloy piping flexibility modeling
  • Vapor line thermal expansion & vacuum collapse pressure checks
  • Compact 3D layout around multi-stage effect evaporators
06
GAS-BASED POWER

Tripura Gas Power Plant (TGP) CCGT

Combined Cycle Gas Turbine (CCGT) power plant piping engineering, fuel gas conditioning skid routing, and seismic-resistant stress analysis.

Project Highlights

  • Gas turbine fuel supply high-pressure line stress verification
  • HRSG steam piping modeling & seismic load dynamic checks
  • Electrical tray, civil foundation, and cable routing coordination
HAVE A COMPLEX PROJECT?

Ready to Execute Your Plant Engineering Scope?

From stress analysis on CAESAR II to full multi-discipline 3D smart plant modeling (AVEVA E3D / SP3D), our engineers are ready to assist your project timeline.