Home » Air Purifiers » Active Carbon Air Filters » Electrostatic Ionic UV Air Purifier Negative Ion Generator Electrostatic Ionic Carbon Filter UV Air Purifier Negative Ion Generator • High electrostatic plate traps and eliminate airborne contaminates circulated in the air such as dust • Extremely quiet and economic in energy consumption • Provides active oxygen, removes musty odors and kills germs and bacteria in the air • 254nm wave length UV light can kill the bacteria in the air • Active carbon filter removes the odors in the air • Beautiful decorative light • Ozone output less than 0.05ppm,15mg/hour • Low power consumption only 15 watts COMES WITH A 1 YEAR WARRANTY! • Maximum Power - 12W • Covers up to 500 SQFT • Negative Ion Generator • Unit Size (L x W x H): 6.65 x 5.51 x 16.54 inches • Unit Net Weight: 4lbs Name : AnonymousReview : Very small and easy to use. removing the electrostatic filter and cleaning was a breeze.

Name : AnonymousReview : Portable, easy to clean, very efficient none Name : AnonymousReview : Great for the money!spray air intake system cleaner della jb Commercial Industrial Ozone Machine Generator Air Purifier 7000TChunter permalife air purifier review Ships from and sold by aurash.honeywell air purifier hpa-249 Atlas ATL9088 Black Tower Lonics - Air Purifiers 6 x 6 x 17 inches #2,958,512 in Home and Kitchen (See Top 100 in Home and Kitchen) #485 in Home & Kitchen > Heating, Cooling & Air Quality > Air Purifiers > Air Ionizers 35 star33%1 star67%See all 3 customer reviewsTop Customer ReviewsWorthless Noisiest UselessFive StarsBeware, beware! Home » Air Purifiers » Active Carbon Air Filters » Two UV Atlas Electrostatic Ionic Carbon Filter Air Purifiers

: High electrostatic plate traps and eliminate airborne contaminates circulated in the air such as dust• Extremely quiet and economic in energy consumption• Provides active oxygen, remove fusty smells and kills germs and bacteria in the air.• 254 nm wave length uv light can kill the bacterial in the air.• Active carbon filter removes the odors in the air.• Beautiful decorative light.• Ozone outputs less than 0.05ppm (15mg/hour)• Low power consumption of only 15 watts COMES WITH A 1 YEAR • Maximum Power - 12W• Covers up to 500 SQFT• 17" Tall• Negative Ion Generator • Ozone Filter • RoHS Compliant• Unit Size (L x W x H): 169x140x420 mm• Unit Net Weight: 2 kgThis is the latest model ionic tower air purifier with an ozone filter and an activated carbon filter plus an ultra violet light. It is perfect for any home or office.There are no messy filters to replace, simply wipe the blades clean! High electrostatic plate traps dust, pollen, smoke as small as 1 micron circulating in the air.

Provides active oxygen, removes odors and kills germs and bacteria in the air. Ozone output less than 0.05ppm, 15mg/hour.  Name : JamesReview : I got these units as a Christmas present. I have them and place them in different rooms in my house. Name : AnonymousReview : Most Recommended..!! Atlas 303 Powerful Ionizer with 3-Plate Ozone System Atlas HVAC Air Purifier ATLS STUV36The Stanford University water splitter could save hydrogen producers billions of dollars (Photo: Mark Shwartz)A new emissions-free device created by scientists at Stanford University uses an ordinary 1.5-volt battery to split water into hydrogen and oxygen at room temperature, potentially providing a low-cost method to power fuel cells in zero-emissions vehicles and buildings.The water splitter is made from the relatively cheap and abundant metals nickel and iron. It works by sending an electric current from a single-cell AAA battery through two electrodes."This is the first time anyone has used non-precious metal catalysts to split water at a voltage that low," chemistry professor and lead researcher Hongjie Dai says.

"It's quite remarkable, because normally you need expensive metals like platinum or iridium to achieve that voltage."The technology has huge potential as a source for powering hydrogen fuel cells, long held as a likely successor to gasoline. Unlike gasoline combustion, which emits large quantities of the greenhouse gas carbon dioxide, fuel cells combine stored hydrogen gas with oxygen from the air to produce electricity, leaving only water as a byproduct.Fuel cell vehicles have been around since the 1960s, albeit mostly as research projects and demonstration cars and buses. But we may soon see them in commercial production, with Toyota and Honda both committed to selling fuel cell cars in 2015 and Hyundai already leasing fuel cell vehicles in Southern California.Fuel cell vehicles have been widely criticized for their high cost, the lack of infrastructure around their fuel delivery, and their low energy efficiency after accounting for the effort it takes to produce compressed hydrogen (often involving large industrial plants that use an energy-intensive process that combines steam and

But the new Stanford research, which latches onto a previously unknown method for splitting water, could help account for all these issues."It's been a constant pursuit for decades to make low-cost electrocatalysts with high activity and long durability," Dai explains. "When we found out that a nickel-based catalyst is as effective as platinum, it came as a complete surprise."The nickel-metal/nickel-oxide catalyst, discovered by Stanford graduate student Ming Gong, also requires significantly lower voltages to split water when compared to pure nickel or pure nickel oxide. This new technique is not quite ready for commercial production, though."The electrodes are fairly stable, but they do slowly decay over time," Gong says. "The current device would probably run for days, but weeks or months would be preferable. That goal is achievable based on my most recent results."The next step is to improve that decay rate and to test a version that runs on electricity produced by solar energy instead of the AAA battery.