Fangkuai vacuum hot water boiler Thalia-T7 adopts a new deep coupling technology of combustion and heat transfer, which breaks the limitations of the burner. It is no longer a combination of boiler + burner, but through computer simulation, according to the heating surface of the boiler. The flame is adjusted and matched to make the gas boiler a complete thermal energy system. Combustion and heat transfer are optimized as if tailor-made. The boiler operates more efficiently, energy-saving, has higher stability, and has a faster response speed. Low nitrogen emissions are obtained while usage efficiency is further improved.
The Thalia T7 series boiler is no longer a boiler + burner, but uses computer simulation to adjust and match the flame according to the boiler heating surface, so that combustion and heat transfer can be tailored and optimized, making the boiler operation more efficient and effective. Energy saving, higher stability and faster response;
It is no longer a randomly selected standard burner, but a combustion system developed and designed based on the boiler. It is integrated with the furnace body, which not only has better results in terms of efficiency, emissions, etc., but also saves money. the space occupied by the external burner;
The built-in design of each device allows the product to be debugged before leaving the factory. At the user site, just connect the inlet and outlet water pipes, natural gas pipes, chimneys, and electricity to use. This not only shortens the installation time, but also saves relative costs.
The cooling water of the wing-tube condenser circulates outside the tube, which is not easy to scale, easy to clean, and has low water quality requirements. Contrary to the design concept of traditional condensers, the cooling water of traditional condensers circulates in the tube, which is easy to scale and difficult to clean, and has extremely high requirements for water quality;
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The boiler has a compact structure, requires less boiler room, and reduces various infrastructure costs.
Each boiler can be used as a backup for each other, which greatly improves equipment utilization, investment utilization and boiler operation safety.
The boiler is designed as a complete package. The user only needs to install the water inlet and outlet pipes, chimneys, gas pipes and power on to start the boiler on site.
Full premixed combustion technology controls nitrogen oxide emissions from the source of combustion, making the use of clean energy cleaner and more environmentally friendly.
The boiler adopts an integrated design to increase the heat exchange area and reduce the footprint by 20-40% compared with traditional condensing boilers.
The boiler has complete safety protection functions. If a sudden failure occurs, it can immediately alarm and protect the safe operation of the boiler in an all-round way.
The integration of complete condensation technology increases boiler operating efficiency by more than 10%, up to 106%, making it the first choice for energy-saving heating.
The condensing heat exchange elements are made of silicon-aluminum alloy with strong corrosion resistance; they are inspected for defects before leaving the factory to ensure the overall quality of the boiler.
Types | Thermal power | Steam pressure | Steam temperature | Thermal efficiency | Fuel | Length * Width * Height | Hot water production |
---|---|---|---|---|---|---|---|
Unit | MW | MPa | °C | % | mm | t/h; 10/60°C | |
T7-2800 | 2.8 | -0.02 | 93.5 | 105.50% | Natural gas | 4800 * 1870 * 2530 | 48 |
T7-4200 | 4.2 | 5700 * 2080 * 2880 | 72 | ||||
T7-7000 | 7 | 7400 * 2750 * 3500 | 120 |
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