HVAC PRE-COOLING
Mist Cooling Towers
Free-standing mist towers that cool open areas, venues and industrial yards.
- Site-led selection
- Installation support
- Spares & service
01 / OVERVIEW
Mist Tower
Manufacturers and supplier of Mist cooling towers solutions in India. We offer a wide variety of customised mist tower system which are designed, manufactrued, tested and deployed as per application requirements.
A mist type cooling tower uses atomized water and air and breaks the water into micron-sized particles that “flash-evaporate”. The smaller the water droplets, the better the cooling and lubrication of the process, making this style of industrial mist cooling tower highly effective for many applications.
Components and Advantages of Cooling Tower Misting
A mist cooling tower is an essential component in industrial applications to control the temperature of a system by using the principle of evaporative cooling. The technology relies on misting nozzles that disperse fine water droplets into the air to enhance the cooling process.
02 / COMPONENTS
Components of a Water Mist Cooling Tower Mist Cooling Tower
Our fogging systems are used across a wide range of industrial and commercial sectors, including:
03 / OVERVIEW
How Temperature & Humidity Affect Mist Cooling Tower Performance
Wet Bulb Temperature: The wet bulb temperature is a critical measure in evaporative cooling systems like mist cooling towers. It indicates the lowest temperature that can be achieved through the evaporation of water. In a mist cooling tower, as the water droplets evaporate, they reduce the surrounding air temperature to near the wet bulb temperature. The more humid the air, the closer the wet bulb temperature is to the dry bulb temperature, and the less cooling the system can achieve.
Dry Bulb Temperature: This is the ambient air temperature, which does not account for humidity. In a mist cooling tower, the dry bulb temperature is typically higher than the wet bulb temperature. The effectiveness of the mist cooling tower depends on the difference between these two temperatures. A greater difference allows more heat to be removed from the system, increasing the cooling efficiency.
04 / WHY TRUEMIST
Advantages of Tower Misting System
- Scalability: Mist cooling towers are highly scalable, meaning they can be adjusted to meet the specific cooling needs of any operation, whether small or large.
- Energy Efficiency: Mist cooling towers use less energy compared to traditional air-conditioning systems. The cooling process relies on natural evaporation, which reduces the need for mechanical cooling components.
- Compact Design: Compared to traditional cooling towers, mist cooling towers are more compact and easier to install in smaller areas, making them ideal for industries where space is a constraint.
- Water saving compared to conventional towers- Fine droplets and controlled cooling tower mist system reduce bulk water use
- Cost-Effective: These towers require less installation and operational cost compared to large-scale cooling systems. They are an affordable alternative, especially for applications in commercial and industrial sectors
- Environmentally Friendly: Since they do not rely on refrigerants or chemicals for cooling, mist cooling towers have a smaller carbon footprint, contributing to a more sustainable and eco-friendly operation.
05 / APPLICATIONS
Applications of Mist Cooling Towers
Customers often search for misting or fogging system installation cost Assam. Pricing depends mainly on:
- Mist cooling towers are used in many sectors where there is a need to remove heat from water circuits or equipment using a compact, energy-efficient evaporative system.
- Process plants & factories – Cooling water for machinery, exchangers, moulding machines, furnaces, oil coolers and similar equipment.
- Manufacturing lines – Heat control for plastic, rubber, metal, glass and packaging processes where continuous cooling is critical.
- Power & utility areas – Cooling generator sets, compressors, hydraulic units and small closed-loop systems in utility blocks.
- Commercial buildings – Rejecting heat from condenser or chilled-water circuits in offices, malls, hospitals and campuses.
- Rooftop & plant-room installations – Sites with limited space where a compact mist cooling tower is easier to place than a large conventional tower.
- Support for existing systems – Pre-cooling return water to reduce load on chillers and improve overall system efficiency.
- Agriculture & Greenhouse / Livestock Structures - Cooling air and helping humidity control in greenhouses, shade houses and livestock sheds using water mist cooling tower modules connected to ducted airflows
06 / WHY TRUEMIST
Why Choose Us for Misting Tower
- Specialised mist cooling tower manufacturer in India – We design, build and supply mist cooling tower systems and mist tower units for projects across India.
- Custom design for your application – Each system is engineered for your heat load, climate and space, whether you need a compact industrial mist cooling tower or a larger installation.
- Efficient– Our mist based cooling tower designs focus on lower power use and better use of water compared to many conventional cooling solutions.
- Quality components & nozzles – We use proven pumps, fans and misting nozzles for cooling towers to ensure stable performance and long service life.
- End-to-end support –we help with selection, layout, commissioning and ongoing service so your system runs reliably.
- 01
Understand
We review your application, site conditions, water, power and what you want to achieve.
- 02
Configure
We select the pump, nozzles, lines, filtration and controls, and share a clear scope.
- 03
Implement
Our team installs, tests and commissions the system and shows your staff how to run it.
- 04
Support
Spares, servicing and maintenance plans keep the system working season after season.
BEFORE YOU ENQUIRE
Questions about Mist Cooling Towers
Have a different question?
Ask our team on WhatsAppWhat is the difference between a mist cooling tower and a conventional cooling tower?
A conventional cooling tower usually relies on large fill media and falling water films. A mist tower or water mist cooling tower uses micron-sized droplets from nozzles, so it can be more compact and may use less water and fill material. In suitable climates, this mist based cooling tower can achieve similar cooling with a smaller footprint.
Do mist cooling towers use a lot of water?
Not usually. A mist type cooling tower uses water mainly for evaporation, and most of it is used for cooling. Unevaporated water falls into the basin and is recirculated, while good design and mist eliminators help reduce loss.
In what climates do mist cooling towers work best?
Mist cooling towers work best in hot, relatively dry conditions where the air can still absorb moisture. The bigger the difference between dry bulb and wet bulb temperature, the better the performance of an evaporative mist cooling tower. In very humid conditions, the cooling effect is lower because the air is already close to saturation.
What kind of maintenance does a mist cooling tower need?
Basic maintenance includes checking and cleaning misting nozzles for cooling towers, inspecting pumps and fans, cleaning the basin, and checking drift or mist eliminators. Regular water-quality checks and filtration are important to avoid nozzle clogging and scale build-up.
Can an existing cooling system be upgraded to a mist based cooling tower?
In many cases yes. Older or oversized systems can be modified or replaced with a mist based cooling tower where space, noise or water limits are an issue. A site survey is usually needed to check piping, heat load and structural constraints.
Do you supply mist cooling towers across India?
Yes. As adiabatic cooling tower manufacturers in India, we design, build and supply mist cooling tower systems for projects in different regions, and provide support for selection, layout and commissioning as needed.
How does adiabatic pre-cooling help a chiller?
Fine mist lowers the temperature of the air entering the condenser coils, which helps the unit reject heat more easily on hot days.
Will the mist damage the coils?
Using RO water, correct nozzle placement and controls that run the system only when needed protects the coils from scaling and wetting.
LET’S DISCUSS YOUR REQUIREMENT
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Your challenge.
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Planning a new system, upgrading an existing one or looking for a component? Share the basics and our team will get back to you.
Helpful to share
- Equipment make, model and capacity (chiller, condenser or AHU)
- Coil face dimensions and number of units
- Water quality and RO availability
- Ambient conditions in the hottest months
- Current power readings, if available
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