Tigerloop® Biofuel Deaerators
Automatic de-aerator for liquid bio fuel, mineral fuels and bio fuel/mineral fuel blends. The Tigerloop® Bio is designed to be compatible with Bio fuel produced according to EN 14213. Tigerloop® Bio is also suitable for use with standard light heating oil. Mixtures of Bio fuel and light heating oil are also acceptable up to B100.
FEATURES
The Tigerloop® Bio is designed to meet new demands on energy savings, environmental and operational safety. Environmental regulations and changes in fuel qualities continue to place high demands not only on material selection, but also on clean and air-free fuel for optimal combustion with minimal harmful emissions.
Tigerloop® Bio makes it possible to use a one-pipe system in all types of heating installations, thus ensuring the most environmentally safe method for transporting fuel from the tank to the burner.
Tigerloop® Bio – Biofuel and Heating oil Compatible. Removes gas (air bubbles) from fuel before the fuel reaches the burner.
Features
Tigerloop® Bio is developed for Biofuel (Bio-liquids) produced to EN 14213, HVO, Heating Oil and C2 Kerosene. Also suitable for blends of the same of up to B100. To be combined with a separate biofuel filter.
Suitable for indoor installation (UK & IE markets)
The Tigerloop® Bio model is constructed externally of metal materials making it suitable for both indoor and outdoor installation in the UK & IE. The Tigerloop automatically and continuously de-aerates the fuel by venting to the atmosphere. This is the only way to prevent air or gas bubbles, which form during suction of oil from the tank, from entering the burner. This proven method of de-aeration ensures the best possible efficiency for the heating system.
Installation codes vary on different markets. Always follow local regulations or installation codes when installing any model of Tigerloop.
| Model | Pump connections | Tank connection |
| TBN110I | 1/4" female thread | 1/4" female thread |
| TTBN110A | 3/8" male thread | 1/4" female thread |
| Technical data – Tigerloop® | |
| Max nozzle capacity | 110 l/h (29 GPH) |
| Max return oil pumped into the Tigerloop® | 120 l/h (32 GPH) |
| Max oil flow | 230 l/h (61 GPH) |
| Max de-aerating capacity | 8 l/h (2 GPH) |
| Max operating temperature | 60°C (140°F) |
| Max. / Min. operating pressure in feed line | +0,5 / -0,6 bar (+7.3 psi / -8.7 psi) |
Tigerloop® Combi Bio – Biofuel and Heating oil Compatible. Removes gas (air bubbles) from fuel before the fuel reaches the burner.
Features
Tigerloop® Combi Bio is developed for Biofuel (Bio-liquids) produced to EN 14213, HVO, Heating Oil and C2 Kerosene. Also suitable for blends of the same of up to B100.
The Tigerloop® Combi Bio offers several advantages thanks to the integrated filter. It allows the possibility of choosing different filter inserts depending on the need. The installation is done with fewer connections simplifying work and reducing the risk for leakage. The Tigerloop automatically and continuously de-aerates the fuel by venting to the atmosphere. This is the only way to prevent air or gas bubbles, which form during suction of oil from the tank, from entering the burner. This proven method of de-aeration ensures the best possible efficiency for the heating system.
Installation codes vary on different markets. Always follow local regulations or installation codes when installing any model of Tigerloop.
Technical Data
| Model | Pump connections | Tank connection |
| TBN110I | 1/4" female thread | 3/8" female thread |
| TCB3110A | 3/8" male thread | 3/8" female thread |
| Technical data – Tigerloop® | |
| Max nozzle capacity | 110 l/h (29 GPH) |
| Max return oil pumped into the Tigerloop® | 120 l/h (32 GPH) |
| Max oil flow | 230 l/h (61 GPH) |
| Max de-aerating capacity | 8 l/h (2 GPH) |
| Max operating temperature | 60°C (140°F) |
| Max. / Min. operating pressure in feed line | +0,5 / -0,6 bar (+7.3 psi / -8.7 psi) |
Tigerloop® Bio combines the advantages for the fuel pump of a two-pipe system with advantages for the tank of a one-pipe system.
When using a one-pipe system and Tigerloop® Bio, only the amount of fuel used by the burner is drawn from the tank. As flow of fuel decreases, so does the amount of dirt particles transported from the tank. This results in cleaner combustion.
The pressurized return line to the tank is removed, thus eliminating the risk for leakage. A large amount of air bubbles are released when fuel is drawn from the tank to the fuel burner. These air bubbles cause breakdowns, increased soot and excessive wear on the fuel pump. By automatically and continually de-aerating the fuel, Tigerloop® Bio eliminates all such problems.