Advanced Thermal Management & Fluid Handling Solutions for Building & Industrial Systems
Our HVAC & Thermal Skids are engineered for high-efficiency thermal management, precise temperature control, and uninterrupted building/industrial HVAC performance.
Built as pre-engineered, pre-tested, plug-and-play modules, they combine advanced heat transfer design, robust pumping systems, smart automation, and durable mechanical construction. Designed in accordance with ASHRAE, ARI, ASME Sec. VIII, PED, ISO 9001, API standards, and global HVAC design codes.
HVAC and thermal systems require precise engineering for efficient heat transfer, fluid circulation, and temperature control. Our modular skids provide integrated solutions for pumping, heat exchange, energy storage, and thermal regulation in commercial, industrial, and mission-critical applications.
Core advantages include:
Our HVAC skids are designed to provide reliable thermal management while optimizing energy consumption and minimizing operational costs.
Provides constant water pressure across HVAC circuits for chilled water, domestic water, condenser water & closed-loop applications.
Pump head & NPSH calculations, Demand-curve modelling, Water hammer simulation & mitigation, CFD manifold optimization
Ensures continuous circulation of chilled water from chiller plants to HVAC loads (AHU/FCU, PHEs, coils).
Pump sizing based on ΔT & cooling load, Primary–secondary decoupler modelling, Hydraulic balancing, System-pump curve matching
Pumps heated water to heating coils, energy recovery systems, radiant heating, and industrial thermal loops.
Pump metallurgy for high-temp service, Heat loss modelling, System pressurization & expansion tank sizing, Overheat protection logic
Manages charging and discharging of chilled water in TES tanks for peak shaving and energy optimization.
Stratification engineering & CFD simulations, Charging/discharging sequence automation, Peak load shifting calculations, BMS/SCADA integration
Provides efficient heat transfer between two fluid circuits (chilled water to process water, glycol to chilled water).
LMTD & heat load calculations, Plate configuration optimisation, Fouling factor estimation, Close temperature approach design (1–2°C)
Provides low-temperature chilled glycol for process cooling, ice storage, pharmaceutical HVAC, and low-temp AHUs.
Glycol concentration vs. freeze point modelling, Pump derating for high-viscosity glycol, Chiller optimization at sub-zero conditions, Glycol corrosion inhibitors
Produces hot water for HVAC coils, industrial heating, and process applications.
Burner/steam coil sizing, Heat transfer coefficient analysis, Thermal oil system design, High-temperature safety & redundancy planning
Stabilizes chilled/hot water system performance by increasing system water volume and preventing short cycling.
Buffer volume sizing for chiller minimum run-time, CFD-based anti-short-cycle flow design, Thermal stratification analysis, Surge control in HVAC systems
Maintains system pressure and compensates for thermal expansion in closed-loop HVAC systems.
All HVAC & thermal skids undergo rigorous QA/QC procedures:
Contact our engineering team for custom solutions and quotations.