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Transforming Renewables through cloud-based model federation
Transforming Renewables Through Cloud-Based Model Federation
As the global energy transition unfolds, the adoption, uptake, and application of digital tools in the renewable energy sector is transforming delivery and workflow processes, enhancing efficiency and accountability.
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Harnessing Marine Renewable Energy: The Future of Floating Photovoltaic Systems
The Blue Economy encompasses the sustainable use of ocean resources for economic growth, improved livelihoods, and jobs while preserving the health of ocean ecosystems.
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Advancing circular economy goals in a growing Australia
Advancing circular economy goals in a growing Australia
As Australia’s population accelerates toward an estimated 39 million by 2050, the challenges of waste generation and resource management grow more complex. To address this, the Australian Government has launched a Circular Economy Framework, a roadmap to double the nation’s circularity by 2035.
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Decoding Green Hydrogen
Decoding Green Hydrogen: Advanced Methodologies and Modelling for Sustainable Energy Solutions
This paper presents a comprehensive methodology for designing and modelling Green Hydrogen Systems developed by Surbana Jurong (SJ) and SMEC, known as S2H2. The methodology integrates traditional systems engineering with innovative elements to optimise performance, reliability, and sustainability across the entire project lifecycle.
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Key Risks and Management Approaches in Pumped Hydropower: Lessons from Australia and Europe’s Growing Role
Key Risks and Management Approaches in Pumped Hydropower: Lessons from Australia and Europe’s Growing Role
The shift towards renewable energy, spurred by the global need to decarbonise energy grids, has led to the exploration of various energy storage solutions, with pumped hydroelectric storage (PHES) standing out as one of the most viable options.
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Transmission in the Transition
Transmission Systems of the future need to rapidly adapt to the new world of sustainable energy. Grids need to expand to accommodate the growing new sources of clean energy and adjust to the variability and intermittency nature of such sources.
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Breaking Down Silos to Transform Transport Mega-Projects for a Sustainable Future
Transport mega-projects are reshaping the future of urban mobility, driving innovations that enhance connectivity, support communities, and enable economic growth and sustainability. Through cutting-edge technology and large-scale infrastructure, these projects are transforming cities by reducing congestion, improving environmental outcomes and facilitating seamless travel.
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Rethinking Practice Global Evolution in Transportation Geotechnics
Transportation geotechnics forms the backbone of global infrastructure, supporting roads, railways, ports, and airports that drive economic growth and societal progress. As urbanisation accelerates and economies expand, the geotechnical challenges associated with constructing and maintaining resilient infrastructure have grown increasingly complex. The field must not only address capacity needs but also align with sustainability and resilience goals, making it more crucial than ever to innovate and adapt.
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Engineering positive change: delivering community-centric infrastructure in rural Africa
Across the vast and diverse landscapes of rural Africa, many communities face significant barriers to accessing essential infrastructure. Limited access to clean water, sanitation, reliable transportation, and consistent energy supply impedes daily life, and deepens existing inequalities.
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A Sustainable Approach to Reservoir Management:
A Sustainable Approach to Reservoir Management: Advanced Sediment Yield Forecasting Using SWAT
Reservoir sedimentation is a growing concern for water resource managers and hydropower projects, as it diminishes water storage capacity, affects water quality and poses long-term challenges for operational efficiency.
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