Ensuring the safety of metallurgical equipment transportation requires implementing targeted measures in four core areas: pre-transportation preparation, packaging and securing, process control, and special protection for specialized equipment. Specifically:
Pre-transportation: Conduct thorough risk assessment and preparation throughout the entire process.
Pre-transportation equipment and environment inspection: Before transportation, a comprehensive inspection of the structural integrity, welding quality, and fastener condition of the metallurgical equipment is essential. For heavy equipment, a structural safety assessment must be conducted by professionals to identify potential hazards such as micro-cracks and wear. Clear debris from the transportation/operation site in advance, demarcate safety zones, and set up warning signs.
Develop specific plans and train personnel: Develop detailed plans for each piece of equipment, clearly defining the lifting method, lifting point location, transportation route, and emergency measures. The plans must be confirmed by the on-site supervisor, and all operators must undergo professional training and pass an assessment to master operating procedures and emergency response methods.
Advance assessment of transportation route safety: Inspect the route in advance, avoiding narrow roads, steep slopes, and slippery sections. Confirm that the load-bearing capacity of bridges and tunnels meets requirements. For unstable road sections, set up temporary supports or reinforcement measures in advance to reduce the risk of equipment swaying.
Packaging and Securing: Compliant with Standards and Specifications to Prevent Displacement Damage
Compliance with National Standards: Packaging for heavy metallurgical equipment must comply with the "General Technical Conditions for Heavy Machinery-Part 13: Packaging" (GB/T 37400.13-2019), which has clear and mandatory requirements for packaging categories, materials, and protective securing methods.
Targeted Protective Measures: Metal components require rust-proof packaging. Appropriate rust-proof materials should be selected based on the transportation environment. Complex assemblies require protection of precision-polished surfaces. Sharp corners should be protected with cushioning materials to prevent packaging damage and corrosion.
Securing Methods Based on Equipment Type: Small equipment should be secured with wooden crates. Heavy equipment should be reinforced with slings of matching strength. Equipment with wheels should be equipped with wheel chocks to prevent slippage.