Mist Cooling

Natural and economical way to cool buildings and save AC energy cost of up to 30%

Pre-Cooling of HVAC & Refrigeration Units Through Evaporative Fogging

A Noninvasive Method of Reducing Refrigeration Related Energy and Maintenance Costs While Increasing Peak Cooling Capacity When applied to air-cooled systems, the application will reduce energy use (kWh) and demand (kW) while increasing peak cooling capacity.

Why is a Pre-Cooling System an especially important technology?

• Refrigeration and air conditioning account for up to 70% of the typical commercial building's energy usage. Groceries and restaurants can have an even higher percentage.
• Cooling systems not only run longer under high ambientconditions, they also draw more power when they run. Therefore both kWh and kW increase greatly.
• It is difficult to further reduce HVAC system energy use beyond typical practices, such as night setback modes and warmer thermostatsettings. Therefore, the only way to reduce energy usage is to make the systems run more efficiently with a Pre-Cooling System.

How does it work?

A custom evaporative fogging system is to each Roof Top Unit, which lowers the temperature of the air entering the condenser. This allows the condensers to reject more heat, which lowers head pressures and compression ratios, thereby causing the compressors to draw less power. Their cooling capacity increases, they run less, consume less energy, require less maintenance, and last longer.

The application performs best at the exact time when commercial buildings require increased refrigeration system performance: during peak ambient periods. In fact, the higher the ambient temperature, the greater the savings potential.

Substantial Benefits

A Pre-Cooling System provides a number of benefits:

1. Reduced Energy Costs
The reduced demand and energy usage leads to reduced demand and usage charges and substantially lower energy costs.

2. Reduced Maintenance Costs
By lowering head pressures and extending compressor life, maintenance costs can be greatly lowered. High head pressures can greatly reduce compressor life. Conversely, by lowering peak head pressures throughevaporative fogging, compressor life can be greatly extended.

3. Increased Peak Cooling Capacity
By reducing the saturated liquid temperature, the system will increase peak cooling capacity by upwards of 20%.

4.Reduced Energy (kWh) Usage
The system will reduce kWh over the entire ambient temperature range from 75 F and higher. Depending on the actual ambient conditions, kWh savings of 11% to 30% can be expected.

5. Reduced Peak Demand (kW)
The system will reduce kW over the entire ambient temperature range from 75 F and higher. Again, depending on actual ambient conditions, peak kW savings of up to 30% can be expected.

Our Evaporative Fogging system can be used in wherever cooling and humidity controlling its needed, reducing the temperature of about 10 °C.

How its work?

1killo of water evaporation gives the same cooling effect as the melting of 7 kilo of ice. This is nature's own way of coolingair, it produces a considerable amount of cooling effect.

Converts ordinary water into billions of mini micron-size water particle. When water is forced at 1000 PSI or + pressure through our precision orifice fog nozzle, which generates 10~15micron size water droplets resulted rapid evaporation takes place, hence achieving total evaporative cooling even in the high relative humidity climates.

Where Cooling needed? - Home, Patio's, Poolside, Outdoor Cafes, Bars, Restaurants, Weddings, Botanicals Garden, Petro-Chemical, Textile manufacturing, Conservatories, Deli, Fire Suppression, Fire rehab Cooling, Recreational Area's, Auto sales area, Theme Parks, Fountains, Mall and Shopping Center's, Super Market, Museum, Golf Course, Government, Greenhouse, Hospital, Hotel, Landscaping, Lumber, Race Courses, Zoo's, Poultry Houses. Dust and Odor control, Sewage Treatment Plants, Smoke Suppression, Trash Transfer and treatment, Dry clean, Meat & Foodpacking to maintain moisture, Emergencies where A.C. fails.

Application:

Industrial - Spot Cooling workers in heat generating areas like foundries, boiler, Presscooling, Textile yarn mfg., Paper mills, Lumber yards, Welding and repair shops, automotive, Canneries, Construction, Warehouses,

Agriculture - Greenhouse Cooling and Humidification - Bedding plants, Cut flowers, Seed germination, Tropical plants, Propagation areas, Tissue culture.Public Area's - Railway station, Bus Terminals, Bus Stops, Walkways, Ticketing Area's, School Halls, Waiting Area's. Events - Product and Premises launches, Conventions, Sports meets, Concerts, Company and Family party, Corporate Functions, Weddings. many area/event where cooling relief is needed.

Residential applications - include Home Patios, Deck, Playhouses, Playground Equipment, Pet Houses, Dog Runs, and Special effectsaround Swimming pools and/or Rock features.

Agricultural arena - Mist is used to cool Dairy Cows, Horses, Poultry, Hogs, Frost Protection on Crops and for Birds and insect control, Cooling Livestock.

Dairy Cows: When cooled, cows can produce up to 30% more milk during the hot weather

Feed Cattle: When cooled, cattle eat more and increase their weight at a more rapid pace

Lumber Storage: High Output Nozzles help prevent lumber from cupping & splitting

Poultry: Flash evaporative cooling helps stop deaths due to over-heating

Stables: With misting, both people and horses have cleaner air and less dust & insects. Other Applications: Wine barrel rooms, Cold storage rooms, Dust suppression, Odor control, Mushroom production, Animal cooling, Botanical gardens, Lab humidification, office fountain.

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