Price Industries Limited is the market leader in manufacturing and supplying innovative air distribution, critical controls, and noise control products. Watch case study videos to learn about Price’s collaboration on a variety of impressive projects, or check out our research and install videos to learn more about Price’s innovative products and technologies.
One of the reasons of climbing temperatures and climate change is conventional HVAC industry. The next R&D stage of the HVAC climate-friendly transition is a step forward from Low GWP to Zero GWP refrigerant. Water is absolutely zero GWP refrigerant. Dew-point indirect regenerative water evaporative cooling and refrigeration can substitute a traditional AC with drastic reduction - 15X in energy consumption, 20X in carbon emission and 5-7X in capex and opex cost. Lower energy consumption of air cooling - more affordable overheat relief and tackling climate change. 5X greener AC was a dream of The Global Cooling Challenge 5 yrs ago. Now there is a 10X greener (water) evaporative prototype.
@@scottchapman9931 No, I am referring and clear articulate Dew-point indirect regenerative water evaporative cooling and refrigeration. Persian Badgir or Egyptian Malqaf (windcatchers) are in fact swamp, or dessert coolers using direct evaporative cooling with 5-10 deg. C temperature difference and added moisture to product air. M-Cycle is principally different with dew-point temperature (the hotter ambient - colder product) and no moisture added in product air and no air recirculation. M-Cycle works unassisted up to 18-20 gram per kg of air Absolute humidity, not RH% regardless raising ambient temperature.
What if I told you that the greenest air conditioning was re-invented 50 years ago? It is a really great piece about Persian Badgir or Egyptian Malqaf (windcatchers). It is very ancient, but very simple direct evaporative air cooling with limited Temperature difference and added moisture to the product air. More advanced is indirect evaporative with dry and wet channels, wet bulb limit and dry product air. The ultimate tech is dew-point indirect evaporative air cooling inspired by Nature and implemented via advanced tech with multifold savings in energy and water consumption, carbon emissions and cost. Prototypes of the ultimate third generation Gen3 are already available for demonstration to all interested parties We would be happy to provide Undecided and Matt Ferrell additional information and demonstration video of prototypes with EER 200 (!)
I am referring and clear articulate Dew-point indirect regenerative water evaporative cooling and refrigeration. Persian Badgir or Egyptian Malqaf (windcatchers) are in fact swamp, or dessert coolers using direct evaporative cooling with 5-10 deg. C temperature difference and added moisture to product air. M-Cycle is principally different with dew-point temperature (the hotter ambient - colder product) and no moisture added in product air and no air recirculation. M-Cycle works unassisted up to 18-20 gram per kg of air Absolute humidity, not RH% regardless raising ambient temperature.
How about for residential. We own a home improvement warehouse & I’d love to find one of these that would fit either ceilings or wall return units. The wall units are RIDICULOUSLY loud. Even my office space, which is new, 2000ft sq & only me in it, I have to close my doors to be able to concentrate. I’m to the point of debating window unit A/Cs because of how QUIET they are when running WIDE OPEN (yes, this is said in jest, but BARELY.) I disturbs my conference suite in the back, the great room / waiting area in the middle (where it is located), the offices & public restroom. Just miserable.
I previously worked with a finish millwork company and then moved on to a General Contractor, MEPS are super new for me and this helps ALOT. Thank you!
I’ve been thinking lately about how to save on home utility bills. Heat and A/C are probably the two major expenses. Most people don’t realize that the hot air in a room collects on the ceiling, and cool air collects on the floor. A ceiling fan doesn’t help much, because it just mixes all the air. Instead of a fan, each room should be equipped with a thin plastic air-intake on the ceiling which draws only the top inch of air. That air should then be directed down to the floor where it will rise again. That would add around five degrees of heat to the living space of the room, at almost no additional cost. For air conditioning, the air would be collected from vents on the floor, and then be directed to the ceiling. Also, this device should be equipped with a radon gas detector. Radon is one of the primary causes of cancer.
