Evaporative Cooling Systems

A Single Stage Evaporative Cooling System is the simplest and the most widely used evaporative cooling system. This uses the heat energy to change water into vapor.
Single Stage Evaporative Cooling is an economical alternative for air conditioning needs in certain conditions. Weather Controlling Solution India Pvt Ltd will help you in guiding which system will work best for your industrial or commercial use. 

How Does Single Stage Evaporative Cooling Work: The 3-step air cooling process is very simple and no less effective than modern refrigerated air conditioning technologies.

• A simple air moving system pulls fresh outside air and drives it through the moist pads. (The water/air cooling pads have replaced bed sheets.)
• The water in the pads evaporates, bringing down the temperature of the air passing through the pads.
• The blower then blows the cool air into the room.

Why natural evaporation lowers temperatures:

• Evaporation takes place throughout the day. For example, we perspire in hot weather and the water vapour produced by sweating takes the heat away from our body as it is exposed to air. Whenever dry air passes over water, the water is absorbed by the air. That is why evaporative cooling naturally occurs near waterfalls, rivers, lakes and oceans. The hotter and drier the air, the greater is the water absorption.

Evaporative Cooler Psychrometric Process:

• Evaporative cooling takes place along the lines of constant wet bulb temperature or enthalpy. This is because there is no change in the amount of energy in the air. The energy is merely converted from sensible energy to latent energy. The moisture content of the air increases as the water is evaporated which results in an increase in relative humidity along with a line of constant wet bulb temperature. By taking a set of conditions and applying the process of evaporative cooling to them we can get a clearer picture of how this process happens.

Advantages Of Our Single Stage Evaporative Cooling System:

• Single stage evaporative cooling technology is capable of delivering 30+/- 2 Deg C temp even when outside condition is around 42 degree Celsius. We can use the same to replace normal ventilation system of large industrial areas, industrial large spaces where air conditioning is not possible, all food processing application companies where positive pressure is a high concern, an area which is having a high temp with large volume. We can increase the effect of normal ventilation with filtration quality. We are having design & execution expertise who have served this system for automobile assembly spot cooling, Industrial kitchen area, Packing area, Aseptic area, seminar halls, the vegetable cutting area where occupancy is more concern, food processing industries, commercial spaces etc.  We use premium quality air washers from Zeco, Edgetech, Nutech, RCS etc. and Exhaust blowers from Nadi, Nicontra, Kruger etc.

Other Details:

• Air Flow: 10000-75000 CFM

HMX-Ambiator is the next generation Indirect Direct Evaporative Cooling (IDEC) solution for industrial and commercial spaces. Also commonly known as two-stage evaporative cooling, it is an upgrade over conventional air cooling systems with 4-5°C better cooling and up to 60% less moisture addition. The HMX-Ambiator is also an energy efficient alternative to air conditioning consuming up to 60% less energy.
Manufactured by: A.T.E. Enterprises Private Limited (Business Unit: HMX ), India

Cooling requirements are widespread in both commercial and industrial sectors, and cooling is generally categorized in two ways: process cooling and comfort cooling or climate control. Process Cooling vs. Comfort Cooling/Climate Control Process cooling is applied when a process requires accurate and constant temperature control. Often in these applications, chillers are used to remove heat due to their ability to provide cooling capacity even through changes in ambient temperature, flow requirements, and heat load of the application. Comfort cooling or climate control, on the other hand, regulates temperature and humidity in a space, and is generally simple, used for cooling rooms, electrical cabinets, and other spaces in which temperature does not have to be constant or precise. Air conditioning units fit into this category. What is process cooling? Process cooling, in its simplest form, can be described as the removal of unwanted heat from a process. This is often necessary to ensure the safety and efficiency of said process. Why process cooling? In many industrial processes, heat load is a component that must be carefully controlled. Furthermore, different aspects of the application might require cooling. Key cooling areas include: Direct cooling of a product Plastic during the moulding process Metal products during machining processes Cooling of a specific process Fermentation of beer and lager Chemical reaction vessels Machine cooling Hydraulic circuit and gearbox cooling Treatment ovens Welding and laser cutting machines Within many processes, the integrity of the process itself as well as the final product is incumbent on the precision of heat management. The key facets for a cooling requirement are to: Improve the efficiency of a process Enhance overall quality of finished product Prevent spoilage of product by overheating Increase production speed Prevent overheating Reduce wear and tear on machinery thereby reducing maintenance costs Increase safety of process Why use chillers for process cooling? Process chillers, like Parker???s line of??production process chillers, can be integrated easily into most applications. It uses a refrigeration circuit to remove heat load passed onto the cooling fluid that returns from the application. Process chillers are ideal for efficient cooling due to their ability to operate across a range of ambient conditions at variable loads. Advantages of utilizing process chillers include: Constant, precise control of the process temperature Can deliver cooling fluid directly to the application???s heat source Works independently of ambient conditions Closed-loop water circuit minimizes potential contamination of the process Recirculation of cooling fluid reduces costs and resulting waste Modular design leaves room for expansion opportunities High heat exchange capacity Water is a low-cost, readily available resource within most industries Potential to integrate into existing cooling systems