Fog adds humidity to dry woodworking environments while also controlling dust & debris in the air. A fog system can influence the bottom line by reducing wood distortion, product waste and minimize reworking of finishes caused by issues with drying, curing and attracting fine particles. What Are The Problems Associated With Low Humidity For Finished Wood […]
Fog: Humidity & Dust Control For Woodworking Facilities Read More »
Opening up zoning for cannabis operations in Southern California’s desert and inland areas means cultivators must deal with dry conditions. How are growers dealing with this very real condition of growing in a dry, desert region? High humidity environments for at least part of the growing stages has become more common in this new era
Desert Cannabis Cultivation: Need For Humidity Read More »
Fog For Commercial Propagation Commercial Propagation Greenhouses can benefit from use of fog. Some of the plant stages that can benefit from high humidity fog are germination, seedling, weaning stages as well as storage for hardier tree cuttings. Our systems are able to deliver constant humidity to create an environment that is perfect for these
Using Fog: Propagation Greenhouse Read More »
In conjunction with Hae Mi Corporation, a MicroCool fog system was installed recently at Mazeland on South Korea’s Jeju Island. Jeju is known as the Hawaii of South Korea with temperate weather, lush environs and many gorgeous beaches. Jeju, designated a UNESCO World Heritage site for it’s volcanic formations and lava tubes, is located 60
Fog Special FX For Mazeland In Jeju, Korea Read More »
Heat is probably on your mind if you manage a data center, colocation or hosting company–especially if you support systems or facilities dealing with critical data. And most companies would say their data is critical. How should you respond to worldwide trends of increased heat & weather temperatures, in addition to more hot days? This
Data Centers Must Respond to High Weather Temperature Trend Read More »
If Fog Is Released In A Greenhouse And No One Is Around… A recent installation of our IBEX pump in one of CU Boulder’s Greenhouses really brought home to us our customers’ appreciation of just how quiet MicroCool fog pumps are compared to others available. “The new fog system is fantastic!!! Much less noise than
Customer Success: Quiet Fog For University Greenhouse Read More »
How Does Evaporative Cooling Work in a Cannabis Greenhouse Environment? Air inside the greenhouse heats up due to sunlight exposure. Fog is dispersed evenly throughout the house to take advantage of this energy in the form of ambient heat. The energy is used to transform atomized fog into another state (vapor) ultimately resulting in cooler
Greenhouses: Transforming Heat Energy Into Evaporative Cooling Read More »
Fog: More Consistent Evaporative Cooling & Humidity For Greenhouses Than a ‘Wet Wall’ The large scale of today’s commercial cannabis greenhouses demands consistent cooling. While a “wet wall” is a more traditional method of cooling a short green house, it isn’t enough when trying to maintain adequate growing temperatures consistent throughout the entire length of today’s
Cooling Cannabis Greenhouses: Wet Wall ‘Pad and Fan’ v. High-Pressure Fog Read More »
How Fog Minimizes Dust & Odor MicroCool’s solution for waste handling facilities minimizes dust and odor by releasing a 10-micron atomized water fog which tackles any fugitive dust keeping it on the facility floor rather than traveling and moving in the air. Customized design for each system accounts for each facility’s specific and unique environmental
Eco-Friendly Dust & Odor Control For MRFs, Recycling & Waste Transfer Stations Read More »
Mike Lemche, President of MicroCool, writes in Process Cooling magazine about the ability of evaporative fog to increase the cooling power of condenser coil cooling systems. This is especially relevant for aging equipment, high output systems like data centers, continuous use systems like cold stores. Spring is a great time for businesses and those in
Condenser Coil Cooling: Increase Cooling Power Read More »