Welding workshops generate significant smoke and dust during daily operations. Welding fumes constitute highly complex substances, with over 20 elements identified, including predominantly Fe, Ca, and Na, followed by Si, Al, Mn, Ti, Cu, etc. These fumes pose substantial risks to both environmental safety and human health.
Paiting Technology Welding Fume Extraction System Design Objectives and Highlights:
Adhere to fundamental environmental protection policies and comply with relevant regulations, standards, and specifications.
Select advanced, cost-effective, and reliable technical processes tailored to the project’s specific conditions, ensuring a safe and healthy workspace.
Optimize layout for efficient airflow, aesthetics, and automation, aiming to create a high-end, model environmental management facility.
Customize and upgrade collection systems for each workstation to maximize fume capture.
Incorporate internationally advanced purification technology to achieve high efficiency, low energy consumption, and reliability—a key project highlight.
Design new purification units for installation between columns, with added mobile rails and protective frames.
Ensure purified emissions remain below 70% of permissible particulate emission standards.
Maximize fume collection and treatment in welding areas, significantly improving air quality.
Guarantee stable system operation, user-friendly controls, high equipment reliability, and low failure rates.
Prioritize optimized, streamlined, and aesthetically pleasing designs that promote healthy production.
Minimize energy and material consumption, reducing operational and management costs.
Full-scale welding fume management systems
Full-scale welding fume management systems
Robotic workstation fume extraction
Manual workstation fume extraction
Manual workstation fume extraction
Flexible hose and articulated arm extraction
Plasma cutter hood extraction
Enclosed booth extraction
Enclosed booth extraction
Enclosed booth extraction
Paiting welding fume extraction units
