Heating Stoves & Fireplaces

Fireplace inserts are generally 60-80% more efficient than open fires, converting most of their fuel into usable heat instead of letting it escape up the chimney. Open fires vs inserts…

A wood stove steamer adds moisture to dry winter air by placing a water-filled container on or near your wood stove, where the heat turns water into steam. You simply…

Burning treated lumber in a stove releases toxic chemicals that can poison your family and damage your heating system beyond repair. You should never burn treated lumber because it contains…

Burning driftwood in your fireplace is not safe due to high salt content and potential chemical contamination that can damage your fireplace and create toxic fumes. The salt in driftwood…

Burning paper in a wood stove is generally safe for small amounts like newspaper for fire starting, but regular paper burning can create safety risks and violate local regulations. You…

Catalytic stoves use a honeycomb ceramic combustor to burn smoke and gases at lower temperatures, while non-catalytic stoves rely on high-heat secondary combustion chambers to achieve clean burning. The main…

Secondary combustion in modern stoves burns the smoke and gases that escape from the initial fire, reducing emissions by up to 90% while increasing heat output significantly. This advanced burning…

Running your wood stove efficiently this winter means burning dry, seasoned hardwood at proper temperatures while maintaining good airflow control. You can increase your wood stove’s efficiency by up to…

Gas heating provides 80,000-100,000 BTUs per hour, while wood delivers 15,000-30,000 BTUs per hour, and pellet stoves offer 25,000-50,000 BTUs per hour for home heating. Your choice between wood, pellet,…

To use a fireplace ash dump correctly, open the ash dump door inside your firebox, sweep cold ashes through the opening, then close the door securely to prevent drafts and…