The Adiabatic cooler uses wetted pads to pre-cool the ambient air entering the tower. Pre-cooling helps achieve a lower temperature than the ambient dry bulb temperature. This pre-cooled air is then used to cool process water or other any other refrigerant you might be using.
Achieving a cold-air temperature lower than dry bulb temperature is not possible in standard dry cooling systems, and is a major advantage that the adiabatic cooler brings to your application. Depending on mode of operation (water saving or energy saving), the in-built control systems can autonomously regulate fan speed. From a performance perspective, adiabatic coolers can sometimes achieve cold water temperatures lower than that of cooling towers, while also using much less water.
Our smart adiabatic cooling, a future-proof and automation-driven device that yields the best of both water-cooled and air cooled technology.
Infinium, purpose-built for the future95% of water saving
50% energy saving potential
Maintenance saving potential
Hygienic cooling technology
Your one-stop solution for all your cooling needs
Delivers optimal cooling performance year-round—whether hot, humid, or dry—making it suitable for any geographical location.
By significantly cutting down the energy used in cooling systems, Infinium NEO helps lower the Power Usage Effectiveness (PUE) of your facility.
Automatically switches between adiabatic (wet) and dry cooling modes based on real-time ambient conditions, maximizing savings and sustainability.
Fully factory-assembled, tested, and scalable—enabling fast deployment and future-ready expansion.
Minimize the risk of downtime and expand asset`s lifespan. Tailored to your needs, SPG Dry Cooling offers a variety of maintenance services. Keeping your dry cooling system performing at optimal levels. Our programs allow you to conduct best practices, maintenance and repairs in an efficient way.
