Products
Yan'anRegular concrete structure cooling tower
Category:
Yan'anCooling tower series
Product Description
► Reliable frame structure design
The PKPM software of China Academy of Building Research is used for structural design and calculation, which is safe, reliable, stable and firm;
But the tower adopts large span reinforced concrete frame, glass fiber reinforced plastic maintenance wall panel, compact structure;
Using the international popular chemical equipment logo color, the appearance is simple and coordinated, beautiful and generous.
Comprehensive operation management design
It is designed with upper tower escalator, tower top enclosure, fan maintenance platform, maintenance channel, lighting system, lightning protection system, fan monitoring system and anti-icing system, which can ensure the all-weather operation of cooling tower and normal inspection and maintenance management.
► Efficient thermal performance design
The cooling tower calculation optimization software independently developed by our company is used for the process calculation of the cooling tower, and the CTI CtoolKit software is used to check the process design, which is guaranteed.
► Aerodynamic design
Using the flow field homogenization design technology, the beam-column structure is very simple, the cross-section of the wind resistance and vortex-causing components such as the secondary beam and bracket supported by the filler is optimized to the minimum, the wind resistance area is reduced to the minimum, the disturbance and separation of the beam and the support to the airflow entering the filler area are avoided, and the vortex and uneven distribution of the airflow on the bottom of the filler are eliminated;
CFD technology (computational fluid dynamics) is used to establish the structural model of the cooling tower of this project, and the flow field simulation and optimization of the cooling tower (from the air inlet of the cooling tower to the outlet of the air duct) is Floworks by using fluid analysis software to ensure the maximum improvement and optimization of the air flow field in the tower.