API 5CT Tubing Threading Line VOC Waste Gas Treatment System (Table Version)
Keywords:
VOC Waste Gas Treatment
gas
waste
and
of
threading
temperature
VOC & waste gas treatment for oil pipe threading & coating line
VOC treatment system for OCTG threading line
API 5CT pipe line waste gas purification equipment
Industrial VOC removal system for steel pipe factory
Energy-saving waste gas treatment system for OCTG plant
Category:
VOC Waste Gas Treatment
- 产品描述
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- Commodity name: API 5CT Tubing Threading Line VOC Waste Gas Treatment System (Table Version)
This system is a dedicated environmental protection equipment tailored for API 5CT tubing threading processes. Targeting VOC waste gas, oil mist, and dust generated during threading, anti-rust oil coating, and drying stages, it adopts a combined process of pre-treatment + adsorption concentration + catalytic combustion to ensure emissions comply with national environmental standards and adapt to the intermittent production rhythm of industrial lines.
This system is a dedicated environmental protection equipment tailored for API 5CT tubing threading processes. Targeting VOC waste gas, oil mist, and dust generated during threading, anti-rust oil coating, and drying stages, it adopts a combined process of pre-treatment + adsorption concentration + catalytic combustion to ensure emissions comply with national environmental standards and adapt to the intermittent production rhythm of industrial lines.
Core Basic Information
Item
Details
Treatment Targets
Mixture of VOCs such as non-methane hydrocarbons, alkanes, aromatics, as well as metal dust and oil mist
Waste Gas Characteristics
Concentration: 500–3000 mg/m³; Temperature: Normal temperature to 60℃; Air volume: 10000–50000 m³/h; Intermittent emission
Compliance Standards
Meet GB 37822-2019 and GB 31570-2015; VOC removal rate ≥ 95%
Application Scenarios
API 5CT tubing threading production lines, OCTG threading workshops
Core Process Flow
Process Stage
Core Function
Key Configuration
Technical Parameters
Waste Gas Collection
Efficiently capture waste gas at pollution sources
Local enclosed gas collection hood, variable frequency fan
Gas collection efficiency ≥ 95%; Fan air volume matched on demand
Pre-treatment
Remove dust and oil mist to protect subsequent equipment
Cyclone separator, high-efficiency demister, activated carbon pre-filter layer
Dust removal rate ≥ 90%; Oil mist removal rate ≥ 95%
Adsorption Concentration
Concentrate low-concentration VOCs to reduce treatment load
Honeycomb activated carbon / zeolite rotor
Adsorption efficiency ≥ 90%; Desorption temperature: 120–150℃
Catalytic Combustion
Harmlessly decompose VOCs
Precious metal catalyst, catalytic combustion furnace, heat exchanger
Catalytic temperature: 280–320℃; Waste heat recovery rate ≥ 75%
Terminal Emission
Up-to-standard emission and real-time monitoring
High-altitude chimney, VOC online monitor (CEMS)
VOC concentration at exhaust port ≤ 80 mg/m³; Data connected to supervision platform
Core Advantages of the System
Advantage Type
Specific Description
Adaptability
Automatic start-stop, matched with intermittent production of the line, no manual on-duty required
High Efficiency
Combined process specifically treats mixed waste gas of oil mist and VOCs with stable removal rate
Safety
Full-system explosion-proof design, equipped with temperature, pressure monitoring and alarm devices
Cost-effectiveness
Waste heat recovery reduces operating costs by 30%–50%; Adsorbents are renewable
Compliance
Meet requirements of environmental acceptance inspection and ISO 14001 system certification

Detail view

Detail view

Process Flow Diagram

Waste Gas Treatment Case

Waste Gas Treatment Case

Waste Gas Treatment Case

Waste Gas Treatment Case
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