Are EPA wood stoves good?

Are EPA wood stoves good?

EPA stoves provide more even heat (especially when it is a cat), are way more efficient i. e. consume less wood (people here report a ~50% reduction), and burn more cleanly i. e. you are not polluting the air as much. If you need to buy your wood you will probably save money after a few years.

What is an EPA wood stove?

All wood stoves certified under the 2015 New Source Performance Standards (NSPS) have been independently tested by an accredited laboratory to meet a particulate emissions limit of no more than 4.5 grams per hour.

What is the cleanest wood burning stove?

Liberty Wood Stove
Liberty Wood Stove At only 2.6 grams of emissions per hour, the Liberty is the cleanest burning large stove ever approved by the EPA. It’s also the largest stove made by Lopi.

What is the 2020 EPA wood stove regulations?

The new 2020 EPA regulation represents a decreased allowed amount from the previous standard, which allowed for 4.5 grams per hour. It also represents a change in what stoves are incorporated under the standard — previously, most wood pellet stoves were exempt, but that is no longer the case.

What are the dimensions of a Napoleon cast iron wood stove?

1100C Napoleon Cast Iron Wood Stove – Discontinued Stove Specifications Model 1100C Wood Stove Emissions (grams per hour) 4.1 Width x Depth x Height (inches) 25 1/2 x 22 1/2 x 33 1/4 Firebox Chamber (D.W.H.) (inches) 13 1/2 x 18 x 12 Firebox Capacity 1.7 cu. ft.

What are the features of the 1100c door?

The 1100C is also available in porcelain enamel brown or painted wrought iron finsih. It features an elegantly arched, Early American look, single door with concealed hinges, ceramic glass and a convenient ash pan.

What makes napnapoleon so special?

Napoleon’s patented EPA Wood Burning Technology…more heat with less fuel. Emissions as low as 2.8 grams per hour and 69.8% overall maximum heating efficiency. A combination of stainless steel and 2300 degrees Farenheit resistant ceramic fibre protect against deterioration caused by extreme temperatures.

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