Lithium mining Project Study Phase
Proactive Maintenance through Digital Thread: A Lifecycle Approach for Mechanical Drawings
Lithium mining Project-Study Phase
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Streamlined process integrating Drafting & Engineering.
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3D Modeling of the exiting building using Revit Autodesk
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New equipment supports layout & clash detection using Navisworks.
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750 Ton Structural steel design using STAAD Pro
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Design of shallow foundation and concrete elevated slabs using RCDC (Bentley)
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Design Of retaining wall using Staad Foundation.
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Design Of Truss Connection using RAM Connect.
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35% Saving in the engineering time resulting from tools and process integration.
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Accurate Estimation of BoM at early stage of the project life.
Stress-free space organization system, guaranteed using our Crushing Area Designs
Model risk scenarios
Crushing Area Risk Quantification: This process prioritizes quantifying the likelihood and impact of potential disruptions within the crushing operation.
Increased Productivity
Minimizing clutter and implementing a well-organized equipment layout in the crushing area can significantly improve operational efficiency by reducing wasted time searching for tools and materials.
Reduced Time Wasted Searching
A designated equipment staging area with clear segregation for tools, spare parts, and consumables ensures efficient access and minimizes delays during maintenance activities.
Enhanced Safety
A well-organized shed with proper storage solutions minimizes these risks.
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