ASME B31.1 and B31.3 compliant stress and flexibility analysis using Caesar II. We evaluate thermal expansion, sustained loads, seismic and wind forces, and equipment nozzle loads to ensure pipework integrity throughout the operating lifecycle.

• Thermal expansion & flexibility analysis for high-temperature systems
• Sustained load case analysis — weight, pressure, temperature combinations
• Occasional load evaluation — seismic (response spectrum) and wind
• Equipment nozzle load calculation and API 610 / NEMA SM-23 verification
• Support span optimisation and spring hanger selection
• Fatigue analysis for cyclic thermal or pressure loading
• Slug flow and two-phase flow dynamic load assessment
• Flange leak tightness assessment (ASME PCC-1)

Surge and water hammer analysis using PIPENET Transient Module. We model pressure transients from pump trips, valve closures, and emergency shutdowns — identifying risks and specifying protection measures before construction.

• Water supply and distribution networks — pump trip and valve closure surge
• Oil & gas pipelines — emergency shutdown (ESD) valve closure analysis
• Fire protection and deluge systems — rapid valve operation assessment
• Pump station and booster station transient analysis
• Power plant cooling water and condensate systems
• Wastewater pump mains and rising main analysis

Steady-state hydraulic modelling using PIPENET Flow Module. We size pipes, select pumps, and validate flow distribution to ensure systems meet design intent under all operating scenarios.

• Pipe sizing and pressure drop calculations across all operating modes
• Pump selection, duty point verification, performance curve matching
• Multi-pump system analysis — series, parallel, combination configurations
• NPSH available vs. required analysis and cavitation prevention
• Fire water demand analysis and residual pressure verification (NFPA 13/20)
• Network balancing and control valve sizing
• Pressure zone analysis and PRV sizing for multi-zone networks

Comprehensive Mechanical, Electrical & Plumbing engineering design for industrial plants, commercial buildings, hospitals, data centres, and pharmaceutical facilities. Delivered in REVIT BIM with full coordination.

• HVAC system design — AHUs, chilled water, precision cooling, ventilation
• Heat load and cooling load calculations (ASHRAE methodology)
• HT/LT power distribution design — SLDs, load flow, fault level studies (ETAP)
• Protection coordination and relay setting calculations
• Earthing and lightning protection (IS 3043 / IEC 62305)
• Emergency power — DG sizing, UPS, automatic transfer switching
• Domestic water, hot water, drainage and sanitary systems
• BIM coordination and multi-discipline clash detection (REVIT)

NFPA and NBC compliant fire protection engineering for industrial facilities, commercial buildings, data centres, pharmaceutical plants, and healthcare facilities. Complete design from concept to statutory submission.

• Automatic sprinkler systems — wet pipe, dry pipe, pre-action (NFPA 13)
• Hydrant and hose reel system hydraulic design and layout
• Foam systems for oil storage tanks and process areas (NFPA 11/16)
• Clean agent suppression — FM-200, Novec 1230, CO₂, inert gas (NFPA 2001)
• Water mist systems for data centres and machinery spaces (NFPA 750)
• Fire pump sizing and room layout — electric and diesel driven (NFPA 20)
• Fire detection and alarm — point, beam detectors, aspirating smoke detection
• Hydraulic calculations for all sprinkler and hydrant systems

ISO 14644 and GMP compliant clean room design for pharmaceutical, biotech, semiconductor, and medical device facilities. We design environments that meet demanding cleanliness, temperature, humidity, and containment requirements.

• Clean room classification and zoning — ISO Class 1–9, GMP Grade A/B/C/D
• Air change rate determination and unidirectional/turbulent airflow design
• HVAC design — temperature (±0.5°C), RH (±5%) control
• Differential pressure cascade design for contamination control
• HEPA (H14) and ULPA filtration system design and layout
• Pressurisation and containment for OEB potent compound handling
• Design Qualification (DQ) documentation support
• Variable air volume (VAV) control for clean room energy optimisation

Detailed 3D engineering modelling for industrial plants, process facilities, and commercial buildings using REVIT, SP3D, PDMS, and AutoCAD Plant3D — enabling multi-discipline coordination and accurate material take-off.

• 3D piping model development — process, utility, and insulated lines
• Equipment and vessel modelling — pressure vessels, pumps, compressors
• Multi-discipline clash detection and interference check reports
• Piping isometric drawing generation from model
• Material take-off (MTO) generation for procurement and cost estimation
• BIM Level 2 coordination for building projects in REVIT
• As-built model preparation for existing facilities

Engineered pipe support systems designed to control pipe movement, distribute loads to structure, and maintain system integrity throughout the operating lifecycle — fully integrated with our stress analysis.

• Anchor, guide, and directional restraint design and load calculation
• Variable and constant spring hanger selection and sizing
• Snubber and shock absorber specification for seismic applications
• Pipe shoe, clamp, U-bolt, and strut design
• Pipe rack load distribution and structural interface
• Vendor-specific support drawing preparation to client standards
• Support installation sequence and pre-set instructions