Design Drafting

Design drafting is the process of graphically communicating the works that are to be performed for a project. When well executed, design drafting is cost effective and increases the likelihood of project solutions being delivered that are safe, easily maintainable, on schedule, on budget and consistently meet or exceed the original requirements. Design drafting provides an opportunity to visualise the proposed project outcome and ensures that all involved on a project are working towards common goals with sufficient detail.

Like all effective communications, accuracy, relevance and presentation are essential.  Design drafting must cater to the entire audience who will use and depend on the drawings, before, during and after the project.  Design drafted drawings are relied upon from the concept and construction stage of a project, right through to ongoing maintenance and operations requirements, and form the basis for future modifications and growth.  From well design drafted drawings, the ongoing process of drawing management and drawing revisions is greatly simplified.  For our clients this means the benefit of accessible, accurate and timely information on an ongoing basis.

Orana Engineering’s unique and customised approach to design drafting strives to ensure that:

  • All aspects of a project’s implementation are fully considered to avoid unforeseen surprises;
  • Personnel of all engineering disciplines and professions involved in the project (client, project management, design, construction and maintenance) are fully informed and have given thorough consideration to the design and what is required of them to achieve it; and
  • Critical to brownfield operations, that there is no potential for drawings proposing a project’s scope to be confused with drawings of what is actually installed, avoiding an unsafe situation where site maintenance personnel could be working with an incorrect revision of a drawing.

Our projects are delivered to meet the HSEC, quality assurance, cost and schedule targets originally set. Considering this, good design drafting does not necessarily reduce the cost of a project, rather it strives to increase cost efficiencies by preventing project cost and schedule blowouts, which can ultimately impact safety and quality. What design drafting really targets is eliminating the negative impacts that insufficient or poor design drafting can have on the cost, quality and schedule of a project as well as the safety of those relying on the accuracy of drawings.  Onsite design modifications during or after construction are far more costly and time consuming to resolve as opposed to modifications when they are identified offsite or before procurement of incorrect equipment.

The key to delivering high quality and valued design drafting services lies within our in-house resources, expertise and focus on quality.  Internal quality assurance systems at Orana Engineering are first rate and at the core of the design drafting we produce.  Our best practice approach means that our learnings are continuously incorporated into our work to benefit all clients.  We are experienced working with a wide range of tools for design drafting, such as AutoCAD, Inventor and other Autodesk products.

Our multi-discipline design drafting services include:

While design drafting can be offered as a stand-alone service which is inclusive of the necessary engineering certifications, our clients can benefit from Orana Engineering’s portfolio of other drafting related services such as drawing management and drawing revision while also taking advantage of other services provided by Orana Engineering including engineering services, project management and Client Engineer.

Contact us for further information regarding the design drafting services provided by Orana Engineering or to obtain a quote for design drafting assistance that you require. Review our capabilities for other details you may require.

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Orana Engineering Design Drafting

UG Conveyor Installations - MG Mechanical Installation

Detailing the installation of mechanical equipment and conveyor structure is one of the final steps for completing a maingate drive-head design. Installations designed by Orana Engineering (MG32, MG33, MG33C, MG34, MG35 and MG36) for Glencore’s Oaky No.1 underground coal mine typically detail the arrangement of drives, transfer stations, take-up units, maintenance equipment and overhead structure to support the carry belt.

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UG Conveyor Installations - MG Mechanical Installation

Combabula Bore Pump

Prime Pump Company was contracted by Origin Energy and Laing O’Rourke to supply an upgraded bore pumping system at an existing bore site at the Origin Energy Combabula site.  RIE Services was contracted by Prime Pump Company to provide supply and installation of the electrical components for the upgrade.

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UG Conveyor Installations – MG32 Tripper Civil Design

The site engineers at Glencore’s Oaky No. 1 underground coal mine have engaged Orana Engineering to determine the extent of the civil work required to install the maingate tripper equipment in MG32 longwall conveyor.

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UG Conveyor Installations – MG32 Tripper Civil Design

MG07 Conveyor – Chamber Design

Carborough Downs Coal Mine is an underground operation located in Central Queensland that utilises conveyors to transport mined coal to the surface for processing. As operations progress and new longwall headings are mined, new conveyor installations are also required. Designing a conveyor installation involves 3 major stages: the drive-head chamber design, the civil design, and the mechanical arrangement design.

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MG07 Conveyor – Chamber Design

Mill Gear Box Frame

The IMT project team at MMG’s Century Zinc operations enlisted the assistance of Orana Engineering to produce a set of fabrication drawings for an existing gear box frame which required replacing. Although the frame itself had been in operation for quite some time, there were no detailed drawings available that could be used for the construction of a replacement unit.

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Mill Gear Box Frame

FB-028 Tank Lifting Beam

During an upgrade to the Concentrator at MMG’s Century Mine located in Western Queensland, Orana Engineering was engaged to design a lifting beam for the installation of a new flotation cell.

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FB-028 Tank Lifting Beam

Redraw Electrical Drawings

To ensure plant maintainability and personnel safety, Dyno Nobel employed the services of Orana Engineering to redraw its low voltage (LV) and high voltage (HV) single line diagrams (SLD) whilst also confirming the drawings accuracy and functionality.

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Redraw Electrical Drawings

Tippler Refurbishment Feasibility

The Glencore Port Operations in Townsville operate an export facility for minerals concentrate and refined copper within the Port of Townsville precinct. The concentrate in-loading rotaside tippler has been identified as being at end of life and a feasibility study was commissioned in order to review the like-for-like replacement option for refurbishment of the tippler, considering the increased demand on the tippler moving forward.

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Tippler Refurbishment Feasibility

Sewage Treatment Plant Refurbishment

To increase productivity as well as maintaining compliance with current legislative standards, Glencore Coal employed the services of Orana Engineering to design, manage and oversee the installation of the electrical portion of their sewage treatment plant upgrade.

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UG Conveyor Installations – MG32 Tripper Mechanical Design

In high capacity longwall conveyor arrangements, the installation of a tripper will typical occur after the chamber has been fully developed. The installation designed by Orana Engineering for MG32 conveyor for Glencore’s Oaky No.1 underground coal mine detailed the arrangement of the tripper drives, brakes, pulley frame and load station.

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UG Conveyor Installations – MG32 Tripper Mechanical Design