DEV Technology
DEV Technology, or DUOFIRE Ethanol Vapours, is an advanced combustion system used in modern bioethanol fireplaces.
What is DEV Technology?
DEV stands for DUOFIRE Ethanol Vapours. It is a clean combustion technology that burns only ethanol vapours instead of liquid bioethanol. This allows a real flame experience with no smoke, no ash, no soot and no chimney.
How does it work?
1. LIQUID BIOETHANOL
Bioethanol is placed inside the burner.
2. VAPOURISATION
The fuel is heated, producing ethanol vapours.
3. CLEAN FLAME
Only the vapours are ignited, creating a clean and controlled flame.
Main Benefits
Clean flame
Design freedom
Why choose DEV Technology?
- Advanced and safe combustion
- Real flame with maximum comfort
- Flexible installation in different spaces
- Perfect for modern and contemporary interiors
- Ideal for homes and professional projects
Where can DEV fireplaces be used?
Living Room
Apartments
Hotels
Restaurants
Offices
Architectural projects
Hospitality projects
DUOFIRE fireplaces with DEV Technology
Experience the perfect combination of design, innovation and clean fire
Frequently asked questions
What is DEV Technology?
DEV Technology (DUOFIRE Ethanol Vapours) is an advanced bioethanol combustion system that burns only ethanol vapours rather than liquid fuel. This innovative technology creates a clean, controlled, and efficient flame, providing the beauty of real fire without smoke, ash, soot, or the need for a chimney.
What does DEV stand for in bioethanol fireplaces?
DEV stands for DUOFIRE Ethanol Vapours. This technology works by heating bioethanol to create vapours, which are then ignited to produce a clean and controlled flame experience.
How does DEV Technology work?
DEV Technology stores liquid bioethanol safely inside the burner. The fuel is heated to create ethanol vapours, and only these vapours are ignited. This process allows for cleaner combustion, greater control, and enhanced safety compared to traditional bioethanol burners.
What is the difference between DEV Technology and traditional bioethanol fireplaces?
Traditional bioethanol fireplaces often burn liquid fuel directly. DEV Technology burns only ethanol vapours, creating a more controlled combustion process, improving safety, and delivering a cleaner flame without smoke, ash, or soot.
Why does DEV Technology burn ethanol vapours instead of liquid fuel?
DUOFIRE ethanol vapours instead of liquid fuel helps create a more stable, controlled, and efficient flame. This technology enhances safety and allows for cleaner combustion while maintaining the visual appeal of real fire.
Is DEV Technology safe for indoor use?
Yes. DEV Technology is specifically designed for indoor bioethanol fireplaces. By separating the flame from the liquid fuel and burning only ethanol vapours, it provides a safer and more controlled fireplace experience for residential and commercial interiors.
Do DEV fireplaces produce smoke?
No. DEV fireplaces are designed to provide a smoke-free flame experience. The combustion process does not produce smoke, making them ideal for modern indoor environments.
Do DEV fireplaces create ash or soot?
No. Unlike wood-burning fireplaces, DEV fireplaces do not produce ash, soot, or embers. This helps keep indoor spaces cleaner and reduces maintenance requirements.
Can DEV Technology be used in hotels and hospitality projects?
Yes. DEV Technology is widely suited to hotels, hospitality projects, lounges, restaurants, and premium commercial environments where aesthetics, comfort, and operational simplicity are important.
Is DEV Technology suitable for restaurants and commercial interiors?
Yes. DEV fireplaces can enhance the atmosphere of restaurants, bars, hotels, and commercial interiors by providing the visual appeal of fire without the complexity of traditional fireplace installations.
What are the main benefits of DEV Technology?
The main benefits of DEV Technology include:
- Real flame experience
- No smoke, ash, or soot
- No chimney required
- Enhanced safety
- Clean combustion
- Easy maintenance
- Flexible installation
- Contemporary design integration
