BJT Type FRP/PP/Stainless Steel Acid Mist Purification Tower
The BJT Type Acid Mist Purification Tower is a high-efficiency gas treatment system designed for neutralizing corrosive acid and alkaline exhaust gases. It uses a liquid absorption method with a packed tower design, offering high purification efficiency, low energy consumption, and wide applicability for various industrial applications.
BJT Model Features
Material & Structural Properties
· The tower body can be constructed from FRP, PP, PVC, or stainless steel, depending on the application requirements.
· The packed tower design with high-efficiency, low-resistance Pall rings ensures complete absorption and reaction of pollutants.
· The system includes a liquid circulation system, spray layer, packed layer, cyclone demisting layer, and observation ports for easy maintenance.
· Available in single or double tower configurations for different process requirements.
Core Advantages
· High Purification Efficiency: The packed tower design ensures high removal efficiency for a wide range of pollutants, including HCl, HF, NH₃, H₂SO₄, and HCN.
· Low Pressure Drop: Optimized design minimizes pressure drop, reducing energy consumption and operating costs.
· Easy Maintenance: Simple structure with easy access to components for inspection and cleaning.
· Wide Applicability: Can handle both continuous and intermittent exhaust gas streams, and can simultaneously purify multiple pollutants.
Transport Medium Restrictions
The system is designed for treating corrosive acid and alkaline exhaust gases. The gas temperature must be ≤60°C, and the relative humidity can be up to 100%. The system is not suitable for handling sticky substances or high concentrations of particulate matter.
Model Selection
The series includes models from BJT-650 to BJT-3500, with design airflow rates ranging from 1500 to 35000 m³/h.
| Model |
Design Airflow(m³/h) |
Matched FRP Centrifugal Fan Model |
Matched Acid-Resistant Pump Model |
Purification Efficiency(%) |
Neutralizing Liquid(NaOH Solution) |
Pressure Drop(Pa) |
| BJT-650 |
1500 |
F4-72 3.6A |
32FS-6.3-8 |
95-99 |
2-6% |
400 |
| BJT-800 |
3000 |
F4-72 4.5A |
32FS-12.5-20 |
92-98 |
2-6% |
400 |
| BJT-1000 |
5000 |
F4-72 5A |
32FS-15-15 |
95 |
2-6% |
400 |
| BJT-1200 |
8000 |
F4-72 6A |
50FS-25-18 |
90-95 |
2-6% |
400 |
| BJT-1400 |
10000 |
F4-72 6C |
50FS-30-15 |
92-98 |
2-6% |
400 |
| BJT-1500 |
13000 |
F4-72 6C |
65FS-35-15 |
95-99 |
2-6% |
400 |
| BJT-1600 |
15000 |
F4-72 8C |
65FS-35-15 |
92-98 |
2-6% |
400 |
| BJT-2000 |
20000 |
F4-72 10C |
80FS-60-15 |
95 |
2-6% |
400 |
| BJT-2400 |
24000 |
F4-72 10C |
100FS-80-15 |
90-95 |
2-6% |
400 |
| BJT-3000 |
30000 |
F4-72 12C |
100FS-100-18 |
92-98 |
2-6% |
400 |
| BJT-3500 |
35000 |
F4-72 12C |
100FS-120-15 |
95-99 |
2-6% |
400 |
Q1: What is the primary application of the BJT tower?
A1: It is designed for treating corrosive acid and alkaline exhaust gases in industries such as chemical, electronic, metallurgical, electroplating, and textile manufacturing.
Q2: How does the liquid absorption method work?
A2: The exhaust gas is introduced into the tower, where it comes into contact with the absorption liquid (typically sodium hydroxide solution) in the packed layer, neutralizing the pollutants. The purified gas is then discharged after passing through a demisting layer.
Q3: What materials can the tower be made of?
A3: The tower body can be constructed from FRP, PP, PVC, or stainless steel, depending on the specific application requirements and the corrosiveness of the exhaust gas.
Q4: What is the purification efficiency for different pollutants?
A4: The purification efficiency varies depending on the pollutant, with typical values ranging from 90% to 99% for HCl, H₂SO₄, NH₃, and other common pollutants.
Q5: What is the required concentration of the neutralizing solution?
A5: The neutralizing solution is typically a 2-6% sodium hydroxide (NaOH) solution.
Q6: Can the system handle intermittent exhaust gas streams?
A6: Yes, the system is suitable for both continuous and intermittent exhaust gas streams.
Q7: What is the pressure drop across the tower?
A7: The pressure drop across the tower is approximately 400 Pa.
Q8: How do I select the right model for my project?
A8: Select based on your required airflow rate (m³/h) and the specific pollutants you need to treat. Our technical team can help you choose the best model based on your application.
Q9: Does the system require regular maintenance?
A9: Yes, the system requires periodic maintenance, including cleaning the packed layer, checking the liquid circulation system, and replacing the absorption solution as needed.
Q10: What after-sales support do you provide?
A10: Each unit includes a detailed installation and operation manual, and we offer full after-sales technical support.
Product Tags:
|
|
High Efficiency Acid Alkali Scrubber Tower Packed Bed Scrubber Tower Low Resistance Images
|
