We help our customers unlock smarter ways to extract, process and handle commodities. From identifying environmental and water management issues to working with machinery designers, manufacturers and operators on their most challenging problems, we target what we call ‘smart productivity’.
Key contact
Director of Sales, Environment and Infrastructure
Perth, Australia
+61 (0) 8 6163 4900 mining-machinery@bmtglobal.comWithout proper understanding, today’s productivity can become tomorrow’s downtime as plant health suffers or safety is compromised. We bring together practical experience with an analytical approach informed by sophisticated measurement tools to unlock greater productivity and promote safety, efficiency and asset integrity.
We use powerful modelling and simulation tools to help you build the business case, then we help you demonstrate the payback through accurate, timely measurement information. Similarly, we look to the safety and efficiency offered by automation to improve machinery design and the growing possibilities of remote, real time monitoring to keep you in control of your operations.
Successful mine operations are those that unlock each and every opportunity of their site, people, machinery and environment.
Moving commodities from the mine and onto rail, sea or road transport presents a number of significant challenges. We bring together practical experience of these problems with an analytical approach informed by sophisticated measurement tools and simulations to unlock greater productivity and promote safety, efficiency and asset integrity.
We help our customers to process minerals safely, efficiently and cost-effectively. From identifying environmental issues to working with machinery designers, manufacturers and operators, we bring together practical experience and sophisticated measurement and simulation tools to unlock greater productivity and promote safety, efficiency and asset integrity.
Our experts draw on the wide range of technologies available within BMT to design unique solutions to our customers’ most pressing problems.
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To meet the needs of tomorrow as well as today an increased importance should be placed on sustainability and climate resilience in submarine design.
Jake Rigby
Artificial intelligence has for decades been rumoured to revolutionise ship design and change the ways we work forever. However, apart from improving Computer Aided Design (CAD) tools, the creation of ship general arrangements is relatively the same as it was in the 1980s.
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The requirement to reduce maritime emissions in the next decade has brought this reality ever closer; it is not something to drop into the pending tray. If we do not make plans now, we stand little chance of even scratching the surface of the targets.
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One of the most significant challenges of warship procurement is the need to keep pace with technological developments and changing strategic contexts.
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Designing a vessel for a pioneering offshore wind project in Japan required BMT to work to new rules.
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At a time when progress in technologies provides only marginal gain in terms of reducing operating cost and environmental footprint, should the traditional ferry paradigm be challenged once more?
BMT was commissioned to complete a multi-million dollar feasibility study to assess the commercial, technical and environmental viability of the Sebuku mine expansion project in Kalimantan, Indonesia. The majority of the study was completed in-house, showcasing the broad range of specialist skill sets that exist within BMT.
Adani Abbot Point Terminal Pty Ltd recently acquired the existing Abbot Point Export Terminal.
