What are the specific applications of glass lined distillation tanks in environmental protection treatment?

In the increasingly severe environmental protection situation, glass lined distillation tanks have emerged in the field of environmental treatment due to their unique corrosion resistance and efficient processing capabilities. Recently, the successful application of this equipment in multiple environmental treatment projects once again proves its important role in treating industrial wastewater, waste residue, and other aspects. This article will delve into the specific application of glass lined distillation tanks in environmental protection treatment, revealing how they can help the environmental protection industry reach a new level.

1. Industrial wastewater treatment

Glass lined distillation tanks play an important role in industrial wastewater treatment. Due to its glass glaze lining on the inner wall, it has excellent corrosion resistance and can resist the erosion of various chemical substances in wastewater, ensuring the stability and efficiency of the wastewater treatment process. During the treatment process, the wastewater can be classified and treated according to the principle of "separating clean water from sewage and separating rainwater from sewage" to avoid interference between different types of wastewater and affect the treatment effect.
Specifically, glass lined distillation tanks can be used for the following wastewater treatment processes:
1. Pre treatment: Before the wastewater enters the main treatment system, a glass lined distillation tank can be used to store and regulate the wastewater flow rate, ensuring the continuity and stability of wastewater treatment.
2. Reaction treatment: By adding appropriate chemical agents to the distillation tank, chemical reactions occur with pollutants in the wastewater to generate insoluble precipitates or gases, thereby achieving the removal of pollutants.

3. Precipitation and Separation: Utilizing the precipitation function of a glass lined distillation tank, suspended solids and precipitates in wastewater can settle and be discharged through a sludge discharge system to further purify the wastewater.

2. Industrial waste treatment

In addition to wastewater treatment, glass lined distillation tanks are also used in industrial waste treatment. For certain types of waste residue, such as dust collected by dust removal equipment and sludge generated from wastewater treatment, glass lined distillation tanks can be used for their storage, concentration, and pretreatment processes. By appropriate treatment methods, these waste residues can be transformed into reusable resources or safely disposed of waste, reducing environmental pollution.

3. Comprehensive application cases in environmental protection treatment

Taking the sewage treatment project in a certain chemical industrial park as an example, the project uses enamel assembled tanks (similar to enamel glass distillation tanks, with excellent corrosion resistance) as the main equipment. These devices not only improve the efficiency of wastewater treatment, but also have an impact on the complex environment of chemical industrial parks. Through meticulous design and manufacturing, the equipment is ensured to maintain high efficiency even under long-term high load operation. At the same time, the project team also took into account the "sedimentation problem" in the sewage treatment process and designed a conical bottom structure for the storage tank, making it easier for impurities settled at the bottom of the tank to concentrate and be discharged, improving the cleaning efficiency and reducing pollutant residue.
In summary, glass lined distillation tanks have broad application prospects in environmental protection treatment. Its excellent corrosion resistance and stability make it an ideal choice for wastewater treatment and waste residue treatment processes. With the continuous advancement of technology and the increasing demand for environmental protection, the application of glass lined distillation tanks in the field of environmental treatment will become more extensive and in-depth.