It must withstand the alternating corrosion of various high-concentration acids, bases, and salts found in desulfurization wastewater, ensuring a service life of over 20 years.

The installation and docking of tower internals (such as the water distributor, packing support, and mist eliminator) require extremely high standards to ensure uniform water flow distribution and stable mass transfer efficiency, fundamental to achieving "zero-emission" process targets.

The equipment must be leak-proof throughout, meeting the power plant's stringent safety and environmental emission requirements.

Vinyl Ester resin is used for the inner lining and main structure. This material offers excellent resistance to high temperatures, acid and alkali corrosion, and permeation, far exceeding traditional materials such as PP and stainless steel.

The main winding layer utilizes alkali-free glass fiber and a high-performance resin system, precisely wound using a computer-controlled winding machine to ensure uniform fiber tension and precise resin content, resulting in exceptional mechanical strength and rigidity for the tower. 

Each layer of resin application and each layer of fiber winding is rigorously inspected, and the finished product undergoes 100% non-destructive testing to ensure the absence of bubbles, delamination, and defects.

An experienced professional installation team was dispatched on-site, working closely with the client and general contractor to overcome challenges such as the narrow site and high-altitude operations.

High-precision measurement and positioning equipment was used to ensure the precise alignment of the tower segments and the correct installation of the tower internals, resulting in a successful installation.

The equipment's excellent corrosion resistance and aging resistance significantly reduce the customer's maintenance costs and the risk of downtime for maintenance, providing a solid foundation for the long-term stable operation of the entire zero-emission system.

The commissioning of this equipment has enabled the power plant to achieve complete resource utilization of desulfurization wastewater and zero liquid discharge, significantly contributing to the protection of the Yangtze River Estuary's ecological environment and generating significant social and environmental benefits.

This project has set a domestic record for the large-scale application of fiberglass reinforced plastics in the zero-discharge thermal power desulfurization wastewater sector, demonstrating Hebei Weitong's leading position in high-end environmental protection equipment manufacturing and providing valuable experience and demonstration for similar projects.