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Delivering high value sustaining capital and asset optimisation outcomes.
We are a leading multi-disciplinary engineering consultancy.
AEP Elical recently supported AEMO, Australia’s Energy Market Operator, with an assessment of the reliability of the coal fired power stations in the National Electricity Market (NEM). This work supported AEMO in delivering on its requirement to forecast electricity supply reliability in the NEM over a 10-year period, which is published in AEMO’s annual Electricity Statement Of Opportunities (ESOO) publication.
AEP Elical were engaged by Yurika to complete a substation upgrade at the Lake Julius site. The upgrade to the substation required creating separate enclosures for the Mount Isa Water Board transformers and the Sunwater transformer.
AEP Elical was appointed through Pricewaterhouse Coopers to provide Essential Energy with technical advisory services and an Independent Engineer’s report in support of the divestment of the Broken Hill gas turbine power plant.
AEP Elical recently supported AEMO, Australia’s Energy Market Operator, with an assessment of the reliability of the coal fired power stations in the National Electricity Market (NEM).
AEP Elical were engaged by EDL Energy to complete Hazardous Area Compliance work for EDL’s Wingfield 1 site.
AEP Elical undertook the electrical, controls and communications work associated with the study to conduct a high-level condition assessment and then develop an order of magnitude estimate for capital expenditure for the electrical infrastructure.
AGL Energy had requested Elical to complete an Arc Flash Study for the Loy Yang 'A' Power Station; the largest power station in Victoria.
AEP Elical completed a preliminary design solution to increase the flotation concentrate handling capacity within the Peak Downs plant.
AEP Elical was engaged for the detailed design of a number of modifications to the newly commissioned TSL Furnace Building.
AEP Elical undertook the Olympic Dam BFX project Asset Integrity & Maintenance Strategy study as planning component of the proposed $2.75 billion Brownfields Expansion.
AEP Elical completed asset integrity review of the Material Handling System (MHS) for the BHP Olympic Dam mine.
AEP Elical completed a High Voltage (HV) power supply concept design study which focused on the HV infrastructure as part of the QCoal Byerwen Project feasibility study.
AEP Elical was chosen to provide an expert independent review into the Power Station Control System at a mine site which utilised cutting-edge renewable technology.
AEP Elical was engaged to provide a peer review of the design of proposed modifications to the supporting structure for the proposed new super hopper.
AEP Elical was engaged to perform electrical safety review and basic electrical field checks across the site to evaluate and report on site management and control for effective current safe systems on work.
AEP Elical was engaged to undertake a structural inspection and condition report on the copper smelter crushing plant, a concept design to improve access to the bosh tank and a preliminary inspection of one of the two cooling towers.
AEP Elical was engaged to perform a structural and mechanical review of the headframe for the R62 Winder to determine the capacity of the headframe to withstand induced strains as a result of differential movement between the supporting legs.
AEP Elical was engaged to undertake a study to assess the requirements to increase battery backup capacity of uninterruptible power supplies associated with building safety services in the copper and uranium solvent extraction plants.
AEP Elical was engaged to investigate the tertiary crushed ore reclaim and feed arrangement and an alternate (bypass) system and to provide a concept design for an interim feed arrangement.
AEP Elical successfully completed engineering design updates and verification of the ETAP Load Flow model for the electrical assets at MMG’s Rosebery copper mine.
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In 2016, AE Projects completed the detailed structural design for the TSL furnace building as part of the overall Port Pirie Transformation Project. The design and construction of modular buildings for process plants involves complex loading conditions not covered by Australian Standards and therefore, requires the use of advanced structural analysis tools and techniques. This article, which is available for download within, is an excerpt from the Australasian Structural Engineering Conference, presented on Wednesday the 26th of September 2018. It documents the agile design process utilised by AE Projects in completion of this project to our Clients needs.
Arc flash is an electrical explosion caused by a fault on electrical equipment. The severity of the explosion depends on the energy released at the fault location. Apart from causing significant material damage, arc flash can inflict serious burns, internal injuries from inhaled hot gas or molten particles, and in severe cases, death. Have you had your systems/installations assessed by a competent arc flash specialist?
The Modernisation of BMA Fixed Plant Control Systems (MoBMACS) project considered to align, install or modify BMA fixed plant control systems to align with best in class practices and integrate high performance, reliable technology.