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SMP CONSTRUCTION
At PPS, our SMP (Structural, Mechanical, and Piping) construction services cover the full spectrum of project needs for mineral processing plants and industrial facilities. We deliver end-to-end solutions that include structural frameworks, mechanical assemblies, and complex piping systems, ensuring safe, precise, and efficient installation.
Our SMP construction capabilities include:
- Structural Works: Steel fabrication, structural framing, platforms, supports, and other critical infrastructure.
- Mechanical Installation: Equipment fit-out, conveyors, crushers, pumps, and other mechanical systems essential to plant operations.
- Piping Systems: High-quality installation of process, water, and utility piping, including welding, pressure testing, and commissioning.
We manage projects from design coordination through to final commissioning, ensuring strict compliance with safety, quality, and environmental standards. Our integrated approach allows clients to minimise risk, reduce downtime, and achieve long-term operational efficiency.
Our capability encompasses:
- Multidisciplinary project management and delivery
- Engineering design
- Procurement and fabrication of structural steel, plate work, piping and mechanical equipment
- Installation of structural, mechanical and piping systems
- Specialist subcontractor selection and management
- Plant commissioning
