Wave and Tidal Energy
Our expertise in ocean technology and renewable energy has positioned us as leading technical experts for offshore engineering energy technologies and next-generation tidal and wave energy technology.
Our expertise in ocean technology and renewable energy has positioned us as leading technical experts for offshore engineering energy technologies and next-generation tidal and wave energy technology.
We have been working in ocean technology and renewable energy for over 40-years, including developing innovative wave and tidal energy devices. Through our collaboration with industry leaders, government bodies, and funding agencies, we deliver comprehensive technical due diligence covering mechanical and electrical engineering, marine structures, and geotechnical engineering specifically tailored for wave and tidal energy technologies.
Tidal energy, generated by the natural ebb and flow of ocean tides, stands out as a reliable renewable power source. There have been significant advancements in utilising tidal movements to produce electricity, particularly in regions with a substantial tidal range. Australia's position as home to some of the world's largest tides, coupled with the high technical maturity of tidal energy systems, positions it as a key player in the global shift towards renewable energy.
Despite the potential, a comprehensive understanding of tidal resources and the technical specifications of their implementation remains elusive, creating a barrier to investment and development in the sector. Our marine engineers excel in mechanical engineering design and analysis, materials science, fatigue and corrosion prevention, and the application of metals and composites in marine environments. We offer unparalleled expertise in underwater engineering and transmission systems.
Providing early-stage design support for next-generation tidal device concepts, our systems engineers excel at capturing requirements and delivering solutions backed by thorough technical assessments, lifecycle costing, and investment appraisals. Our expertise extends to calculating and assessing the Levelised Cost of Energy (LCOE), and offshore engineering design for station keeping, mooring design, vessel stability, and structural integrity.
Our projects have included providing Rolls Royce with turbine performance and design calculations for a low head tidal turbine, offering Marine Current Turbines early-stage design support for pioneering tidal device concepts, assessment of the impact on navigation for propose tidal energy barrages, and assessment of the potential tidal energy resource for a region in Australia. Through numerical modelling and physical model testing, we offer unmatched analysis and consultancy capabilities, reinforcing our commitment to advancing the tidal energy industry.
Wave energy, a growing field within the renewable energy sector, presents a promising alternative to conventional power sources. With over 200 wave energy devices currently under testing and demonstration worldwide, the technology's potential remains largely untapped due to scarce data on its viability. Recognising the vast possibilities offered by wave energy, we are committed to exploring sustainable usage levels and competitive viability against existing energy technologies.
Our services encompass environmental assessments, permitting, and the complete engineering design process from concept to delivery of unique wave energy plants. We specialise in both electrical and design engineering, ensuring that wave energy projects are not only viable but also environmentally responsible and operationally efficient within coastal zones.
BMT’s experience in wave energy commenced in 1976 with development of models to predict energy from wave energy devices. Over the past decade BMT have provided technical due diligence to government related to the majority of the wave energy projects executed in Australia. Of recent times, BMT has worked with the Blue Economy CRC and the University of Western Australia on a prototype version of the M4 (short for ‘Moored MultiModal Multibody’) Wave Energy Converter that will be deployed in King George Sound, Albany.
The Blue Economy CRC was established to undertake industry focussed research and training to support the growth of the Blue Economy with a focus on two new, emerging, and transitioning ocean industries for Australia: offshore aquaculture and renewable energy production.
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Australian Ocean Energy Group is an industry-led cluster, formed to develop markets for ocean energy and facilitate collaboration throughout the wave and tidal energy industry.
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The vast potential for wave energy production is undeniable when considering renewable energy sources to assist with the decarbonisation of industries and energy generation.
While we have invested effort and resources in creating flood-resilient environments, we are far from resilient if we look at the overall climate risk. How can we expand our thinking on climate risk and become more aware of the potential consequences?
Major Projects Lead and Senior Principal Consultant, Greg Fisk, discusses the growing need for sector-specific guidance for marinas and boat yards, in-light of increasing regulation to decarbonise industries.
The M4 (Moored MultiModal Multibody) Wave Energy Converter (WEC) has successfully been deployed into King George Sound in Albany WA.
Our team of experts had a remarkable presence at the International Conference on Ocean Energy (ICOE) 2024 held in Melbourne.
Noel Tomlinson shares with SBI valuable insights on how BMT's innovative solution can help vessel operators overcome challenges and ensure a sustainable future for offshore wind operations.
Our team attended the AOG Energy Conference and WOW event, discussing the future of renewable energy and sharing insights on its progress
Discover how our latest advancements in MetOcean Dashboards are transforming asset management. With our innovative BMT Deep service, we're leveraging historical and real-time data to produce tailored dashboards to empower asset operators with actionable insights. Dive into the future of data-driven decision-making and see how our solutions are designed to meet unique operational needs.
Australia faces a significant challenge: our infrastructure must not only withstand the increasing occurrence of natural disasters, which currently cost our economy $38 billion annually—a figure projected to double by 2060 due to escalating emissions—but must also transition towards sustainability. Climate Expert Melanie Thomas, discusses her research into Climate Resilient Building Materials with Low Embodied Carbon Emissions.
In the relentless pursuit of sustainability within the maritime industry, we stand at the forefront of innovation and change. Under the insightful leadership of Andrew (Andy) Harris, Technical Lead and Principal Naval Architect, we have embarked on a pioneering project within the Blue Economy Cooperative Research Centre (CRC), and with research lead, Dr Hongjun Fan of the Australian Maritime College, aimed at revolutionising the way we think about vessel propulsion.
By providing investment and planning support throughout the initial stages of infrastructure development, we help you build future growth on solid foundations.
We can help you successfully meet the requirements of environmental permits and, in doing so, the needs of regulators.
We acquire and analyse wind, weather and sea state data to inform design, engineering and operational decision making.
