Are bioethanol fires any good?
Yes, bioethanol fires produce real-burning flames that give off plenty of heat, making them a fantastic, like-for-like alternative to traditional gas or log-burning fire for heating homes and gardens.
Are bioethanol fires bad for your health?
And, because these types of fires don’t produce smoke, ash or carcinogenic substances when burning the bioethanol, you don’t have to worry about health risks associated with these elements. All of this, of course, means that bioethanol fires are safe to have both inside and outside the home!
Do bio ethanol fireplaces give off heat?
Unlike gas and wood burning fireplaces, bioethanol is carbon neutral. The most common miss perception of bioethanol as a source fuel for fireplaces is that it doesn’t provide heat. This is certainly not the truth. There are many bioethanol fireplaces that produce more heat than wood or gas fireplaces.
How much fuel do bioethanol fires use?
Bioethanol fuel can be quite costly, but the efficiency of this burner is unrivalled. On average, bio-ethanol fires will burn for around 5 hours, with 1 litre of fuel costing around £2.50.
Do bioethanol fires crackle?
While they may not offer the crackle of burning wood, smoky scent and satisfaction of keeping a log burning stove alight, bioethanol fires are low-maintenance and provide a solution to many of the drawbacks of woodburners.
Do bioethanol fires need ventilation?
Do I have to ventilate the room when the fire is on? Unlike gas or wood-burning fireplaces, there is no need for a flue or chimney in a room with a bio ethanol fireplace. That being said, bio ethanol fires consume some of the oxygen in the room, which means that fresh air needs to be let in once in a while.
Do bioethanol fires smell?
No, bio ethanol fuel burns clean and doesn’t produce any smoke, odors, ash, or soot. When you extinguish your fire, you might notice a faint smell, similar to when blowing out a candle.
Why is bioethanol bad for the environment?
Ethanol and ethanol-gasoline mixtures burn cleaner and have higher octane levels than pure gasoline, but they also have higher evaporative emissions from fuel tanks and dispensing equipment. These evaporative emissions contribute to the formation of harmful, ground-level ozone and smog.