The new and deep coupling technology of combustion and heat transfer breaks the limitation of burner, and no longer adapts to burner’s characteristics at the expense of key characteristics’ sacrifice of boilers (i.e. heat transfer system), making gas-fired boiler a complete system, which can achieve low nitrogen emission and further improve its efficiency.
The Boiler adopts diffuse combustion technology, which can meet the technical requirements of large tonnage boilers, and low requirement on air quality.
NOx emission is lower than 30mg/Nm3, which can meet the strictest Atmosphere Emission Standards of China.
The Boiler adopts general standard tubes and boxes, which can be freely matched with different modes like single, series, parallel connection.
When many boilers are used together, they can be preset and combined, and the system can automatically adjust the operation state, which is very intelligent.
The integration of ultra speed smoke cooling tube ensures heat transfer efficiency, and greatly reduces the overall area of the boiler. Compared with ordinary condensation vacuum boiler, the area occupied by the boiler can be reduced by 20%.
Integrated and self-contained makes the boiler compactly and reasonably, thereby the area occupied is reduced.
Enlarging the space of the furnace makes the boiler be used normally under the conditions of extreme cold, high altitude or high temperature, which can solve the boiler operation difficulties in many areas with high terrain.
The designed structure of boilers is not boiler + burner, but a deep coupling of combustion and heat transfer. Through computer simulation, combustion and heat transfer are optimized to meet different customers’ needs.
Each boiler is equipped with high-color touch screen, dynamic graphics display, multi-level menu&privileges, and automatic fault record-keeping modules. The operation is simple, direct and highly humanized.
The boiler is assembled completely and tested in our factory before delivery out of factory, The boiler can be put into operation only if users install water, electricity and other necessary facilities.
The coupling technology of combustion and heat transfer breaks the limitation of burner, and no longer adapts to burner’s characteristics at the expense of key characteristics’ sacrifice of boilers (i.e. heat transfer system), making gas-fired boiler a complete system, which can achieve low nitrogen emission and further improve its efficiency.
Condensation heat transfer is a process of coexistence of medium and heat transfer. Professional heat transfer elements of ultra speed smoke cooling tube greatly improve the condensation rate of exhaust air. The highly advanced condensation technology ensures the high efficiency of energy utilization.
By fully absorbing the latent heat of vaporization in the flue gas generated after gas combustion, the energy can be effectively utilized, which not only saves energy, but also improves efficiency.Through latent heat absorption of vaporization in the exhaust air, energy is utilizing efficiently. It save energy and improve thermal efficiency.
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