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This table provides a list of contract inclusions under the "Inclusions and Exclusions" section for a bulk material handling project.
| Inclusions and Exclusions | |
|---|---|
| 3D point cloud scan | |
| Acceleration and Coasting time analysis. | |
| Chute failure mode effect analysis. | |
| Belt Tension Analysis. | |
| Belt Loading Analysis. | |
| Audit on current system status. | |
| Any modifications to the location of the head pulley on any of the chute designs. In the event that modification to the location of the head pulley mounting location is required, a change note will be issued to include the additional work . | |
| Any health and safety associated documentation required for project completion. | |
| Any additional design conditions other than the specified design upgrade. | |
| Analysis of Discrete Element Modelling material flow results. | |
| Advisement on stakeholders (National and International). | |
| Additional Site Visits | |
| Additional design validations for new running conditions. | |
| Fluid Coupling oil fill quantities. | |
| Geotechnical investigation. | |
| Head and Tail end Transition distances analysis. | |
| Hold back specifications. | |
| Engineering oversight on findings by the DEM service provider. | |
| Electrical feed to min-substations, transformers, motor control stations etc. as the current location of power supply is currently not known. | |
| Discrete Element Modelling simulation. | |
| Discrete Element Modelling calibration tests. Note: the commencement of this work is dependent on supplying a sample of the ROM production to the nominated laboratory to the specification given and reliable test results received in due time. | |
| Convex curve Idler analysis on carry and return strands. | |
| Control, instrumentation and electrical requirements | |
| Class 1 estimate of costs. | |
| Long term advisement of the chute replacement and process flow diagram improvements. | |
| Literature review. | |
| Layout drawings for chute installation and modifications. | |
| P&ID's and electrical drawings | |
| On-Site Installation | |
| On-site Construction | |
| Motor selection and reserve power. | |
| Medicals and inductions for the site visits. | |
| Mechanical and Thermal rating analysis of gear units. | |
| Manufacturing, installation or construction. | |
| Review of environmental issues or discussion with authorities. | |
| Report on current expected life of equipment. | |
| Pulley analysis which includes shell diameters, hub and bearing shaft sizes and such deflection limits. | |
| Project schedule. | |
| Preliminary installation timeline for each chute modification. | |
| PR approval of structural calculations. | |
| Planning of installation. | |
| Phased project scope with itemized deliverables. | |
| Vertical curve (Concave/Convex) and Horizontal curve analysis. For concave curves belt lift out is determined. Convex curves will access belt flex stability. | |
| Testwork on the residue material. | |
| Structural and condition Inspection walk through of conveyor system. | |
| Structural analysis of the existing support structure. | |
| Specification of Belt class and Selection. | |
| Sizing and specification of all relevant hydraulic equipment and fittings. | |
| Site visit with operations team detailing findings and recommended modifications. | |
| Run of Conveyor Idler analysis on Carry and return strands. | |
| Review of SCADA information. | |
| Details on the all contractor requirements for site work. | |
| Assistance with fabrication quality assurance. | |
| Assistance with procurement of equipment and approvals of vendor data. | |
| Assistance with commissioning and installation support | |
| Facilitation of HAZOP studies, in particular safety analyses, recommendations for modifications to the existing support structure, installation procedure, ease of maintenance and accessibility for inspection and maintenance. | |
| Provide input into the Bill of quantities ( prepared by site appointed Quantity Surveyor) | |
| Work instruction for the manufacturing of the chute steelwork. | |
| Take-up system analysis (Required tension at load cell or counterweight mass. Take-up movement is also determined in the tower and carriage depending on rope weaving arrangement). | |
| Ground handling equipment (TLB) to be provided by the client for Geotechnical Investigations. | |
| Civil designs do not account for the sourcing of material, particularly commercial sources or borrow pits. Investigations into borrow pit material suitability or environmental licencing are not part of this scope. |
Shiftbulk aims to improve the speed of design, detailing and purchasing of a conveyor system. It aims at reducing the complexity of sourcing equipment, specifying designs, generation and management of equipment lists and generally reducing the complexity of OEM product selection. Beta 0.9.01
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