Application of foam glass in thermal insulation construction of desulfurization tower

 Author: Nanjing Zhongrunda

 Foam glass, as a kind of inorganic non-metallic glass material finely processed by broken glass, foaming agent, modifying agent and other materials, plays an important role in the insulation construction of desulfurization tower with its excellent characteristics such as light weight, heat preservation, heat insulation, sound absorption, and corrosion resistance.

 In the construction of desulfurization tower insulation, foam glass is used as an important insulation material. It can effectively reduce the heat transfer, and provide an excellent thermal insulation effect for the desulfurization tower. At the same time, the foam glass has excellent weather resistance and stability, and can resist the influence of the external environment, such as wind blowing, rain, etc., to ensure the long-term stability of the thermal insulation effect.

 In addition, the foam glass also has excellent sound absorption performance, can effectively absorb the noise generated by the equipment operation, improve the working environment. At the same time, its corrosion resistance can resist the erosion of the acid gas inside the desulfurization tower, to ensure the long-term stable operation of the equipment.

 During the construction process, the foam glass is easy to cut and install to improve the construction efficiency. At the same time, its fire prevention performance is good, in line with the requirements of fire safety.

In short, foam glass has shown a wide application prospect in the insulation construction of desulfurization tower. Its excellent thermal insulation performance, weather resistance, sound absorption and corrosion resistance and other characteristics, to provide excellent protection effect for the desulfurization tower, improve the operation efficiency and service life, and meet the requirements of energy saving and environmental protection. The application of this material not only reflects the power of science and technology, but also demonstrates our commitment to and efforts in environmental protection.

 Background knowledge elaboration:

Desulfurtower insulation construction technology is a kind of technology used in northern winter or cold areas, as well as places that need insulation. The main part is the chimney of FRP desulfurization tower made of winding process, which can achieve a good insulation effect without the insulation layer or heat preservation layer. This is determined by the slow heat transfer characteristic of FRP material.

 The following is the introduction of the thermal insulation construction technology of the desulfurization tower:

1. Material selection: use FRP as the manufacturing material. FRP has the characteristics of low cost, short production cycle, long life, convenient processing, simple installation and light quality.

2. Production process: the winding process is adopted to make the main part. The wound-forming FRP product consists of a laminated structure.

3. Advantages: FRP chimney length ratio is relatively large, we have explored a set of mature, reliable production and installation process to ensure the installation accuracy of the chimney (especially the verticality).

 The following is the detailed description of the insulation use of the desulfurization tower:

1. Insulation effect: Due to the slow heat transfer of FRP material, the desulfurization tower chimney can achieve a good thermal insulation effect.

2. Anti-aging performance: FRP has anti-aging properties and can resist corrosion at high temperature.

3. Add sprinkler, filter, etc.: it can be very convenient to add sprinkler, filter, etc., to absorb the harmful components in the flue gas.

4. Flexible design: the diameter size, height and shape of the FRP desulfurization tower chimney can be designed according to the requirements of customers.

In general, the desulfurization tower insulation construction technology is an efficient, environmental protection, energy saving technology, which has a wide range of application prospects.