Ethanol Fireplaces

Like all fireplace solutions, bioethanol fireplaces can be safe with proper precautions around children and pets. EcoSmart Fire recommends installing certified fire screens, maintaining safe distances from hot surfaces, and never leaving the fire unattended. Children should always be supervised, and pets kept away from the unit during operation due to high surface temperatures.

Ventless bioethanol fireplaces from EcoSmart Fire are designed as supplemental, not primary, heat sources, delivering 2–4 kW for zone-specific warmth.

An XL900 burner generates 4 kW and heats approximately 60 m² [646 ft²] effectively. EcoSmart Fire's closed-combustion design retains 100% of generated heat within the room, unlike vented gas systems that lose up to 30% through flues, making every kilowatt of output directly useful.

Because combustion draws on room oxygen, adequate room ventilation is required during operation; EcoSmart Fire specifies minimum room volumes for each fireplace to maintain indoor air quality. This design is intentionally optimised for room-scale supplemental heating rather than whole-home continuous output. For whole-home heating, a dedicated primary system remains essential. For creating focal-point warmth in a living room, study, or outdoor entertaining space, EcoSmart Fire fireplaces deliver meaningful, design-forward heat with a fuel consumption rate as low as 0.31 L/h for smaller burners.

No, bioethanol fireplaces do not produce carbon monoxide when operating correctly. EcoSmart Fire's bioethanol burners produce only heat, steam, and a small amount of carbon dioxide during combustion. This clean-burning characteristic eliminates the need for flues or chimneys, as there are no harmful emissions requiring extraction. However, proper ventilation remains essential for optimal air quality and safety.

Ventless bioethanol fireplaces from EcoSmart Fire are safe when properly installed and operated according to guidelines. Unlike gas ventless fireplaces, bioethanol produces only water vapour, heat, and CO2 (comparable to a burning candle), with no carbon monoxide, smoke, soot, or harmful gases. EcoSmart Fire units include integrated safety features: a manual shut-off system, safety glass windscreens, and flame arrestor fuel bottles designed to minimise spill risk. Independently certified to UL 1370-16 and EN16647, the brand has deployed thousands of units across luxury hotels, resorts, and multi-residential buildings globally for over two decades. Proper room sizing and adequate ventilation are essential; refer to product specifications for your model's requirements.

No, EcoSmart Fire ethanol fireplaces don't require professional installation for most homeowners and builders. Freestanding units need no tools beyond included accessories; built-in models require only basic hand tools (power drill, screwdriver, level) and a non-combustible framing structure that's self-supporting.

Most installations complete in under an hour to a day, depending on whether you're placing a freestanding unit on a level surface or custom-framing a built-in model. Zero-clearance construction eliminates the structural complexity of traditional fireplaces, with no chimney engineering, no gas line coordination, and no specialist trades required.

If you're converting from an existing gas fireplace, arrange professional gas disconnection before installation begins. This is a straightforward, one-time safety step completed by a qualified technician.

For complex custom cabinetry, load-bearing integrations, or commercial projects, engaging a builder familiar with fireproof materials ensures optimal results and code compliance across jurisdictions. The EcoSmart Fire installation guides and instructional videos included with every purchase walk you through the process step by step.

Ethanol fireplaces work best as supplemental heat sources paired with existing climate control, rather than as primary heating for your home. EcoSmart Fire bioethanol burners deliver genuine warmth. The XL900, for example, produces 4 kW (15,000 BTU/h) of thermal output, and because the fireplace is ventless with closed combustion, every BTU stays in the room rather than escaping through a flue.

This makes them ideal for extending your entertaining season, reducing heating demand in a gathering space, or replacing a traditional fireplace entirely. You'll get real warmth and flame without installing gas lines, venting, or structural modifications. Pair it with your existing heating system for full-home comfort, and use the fireplace to create warm focal points in spaces you want to enjoy more, such as a sitting room or outdoor entertaining area.

Yes, room-vented bioethanol fireplaces do produce water vapour through combustion, and condensation can occur in spaces that are undersized or poorly ventilated. EcoSmart Fire's design addresses this directly: minimum room volume requirements are scaled to each burner's heat output, ensuring moisture disperses safely across the air volume rather than accumulating on surfaces.

Smaller burners (around 4 kW) need at least 110 m³ [3,885 ft³], whilst larger burners (13 kW) require 330 m³ [11,654 ft³] or more. This scaling ensures combustion byproducts, including water vapour and carbon dioxide, are diluted proportionally to the burner's output.

In properly sized rooms with normal air circulation (doors, windows, existing HVAC), condensation is not an issue. Problems arise only when a fireplace is oversized for its space or installed in a room with poor air exchange; matching the burner size to the room prevents either outcome.

Separately, ambient moisture from external sources, such as humid storage environments or spilled water, can contaminate the burner reservoir and prevent ignition. This is a maintenance concern distinct from normal combustion, resolved by draining, drying, and refuelling with fresh bioethanol.

Yes, ethanol fireplaces produce genuine, clean-burning heat that meaningfully warms spaces. EcoSmart Fire bioethanol fireplaces deliver quantified heat output across burner sizes: compact burners like the AB3 produce 2 kilowatts (5,800 BTU/h) and warm spaces around 20 m² [215 ft²], whilst larger models like the XL900 output 4 kilowatts (15,000 BTU/h) and effectively heat areas up to 60 m² [646 ft²].

The real advantage lies in the ventless design: heat efficiency exceeds 90 per cent because all thermal energy stays in your room, unlike traditional vented fireplaces that lose approximately 30 per cent through the chimney.

To choose the right burner, match it to your room size. Smaller burners suit compact rooms around 20 m², mid-range burners heat spaces of 40–60 m² comfortably, and larger configurations work for open-plan interiors. Burner selection also affects burn duration, with most models running 7–14 hours depending on flame height; consider both your heating needs and intended use.

Bioethanol fireplaces are purpose-engineered as decorative appliances, delivering real, adjustable flame ambience without a chimney, gas line, or installation. They are not designed for cooking.

Their burners produce variable, dancing flames optimised for atmosphere, not the consistent, controlled heat that food preparation requires. The burner containers are designed to display flame elegantly, not for direct food contact. There are no temperature controls, cooking grates, or heat-resistant surfaces suited to cookware placement.

EcoSmart Fire bioethanol fireplaces are UL-listed as ventless decorative appliances, which is what they do best: transforming indoor and outdoor gathering spaces with real, clean flame that is immediate, zero-installation, and endlessly adaptable to any setting.

Yes, ethanol fireplaces do heat your room, and the amount of warmth depends entirely on how well your space matches the burner you choose. Because the ventless design keeps all combustion heat inside rather than sending it up a flue, you get genuine radiant warmth, not just visual flame.

The practical variables that determine how effective the heat will be in your room are: the size of your room and ceiling height (a small burner in a large, high-ceilinged space will produce less noticeable warmth), insulation quality (poor insulation means heat escapes faster), how enclosed or open the space is (heating an open-plan room is harder than a defined room with doors), and ambient conditions when you're using it (a room already at 15°C will feel colder than one at 18°C even at the same flame setting).

You can adjust heat output by controlling the fuel fill level or using baffle inserts: lower fuel means gentler warmth over a longer burn, higher fuel creates stronger heat. If you're working with a specific room, check the minimum room volume requirement for your chosen burner to ensure adequate oxygen exchange through natural ventilation.