Geosciences
We have teams experienced in all aspects of geosciences, to assist clients to assess and manage challenges associated with water, land, air and ecosystems, which can impact project development and the operation of assets.
We understand contamination issues, and how to assess, manage and remediate potential hazards, for lasting community benefit.
Contamination Assessment and Remediation
Dams
Geotechnical
Hydrogeology
Risk management
Tunnels
Contact
Related projects
Driving change: Decarbonizing the City of Cranbrook’s fleet
The City of Cranbrook required a comprehensive plan to decarbonize its community vehicles and fleet assets while minimizing disruption to critical municipal fleet operations. GHD led a team of consultants to deliver three reports that analyzed the current infrastructure conditions and developed multiple pathways for decarbonization, considering fleet policy, community needs and the financial and environmental impacts of decarbonization.
Accelerating decarbonisation in Australia’s rollingstock supply chain
For Australia to achieve net zero by 2050, there is an urgent need for a national rollingstock decarbonisation strategy to decarbonise the rail sector. We collaborated with the Australasian Railway Association (ARA) to develop a critical pathway for stakeholders to follow that would accelerate rollingstock decarbonisation efforts.
Powering the Pilbara with the Port Hedland solar and battery project
GHD is providing owner's engineering services to APA Group for the construction of the 45 MW Port Hedland Solar Photovoltaic generation facility and 35 MW / 36.7 MWh Battery Energy Storage System. These installations will supply renewable energy to support large-scale mining operations in the Pilbara region of Western Australia.
Related insights
From coal to clean
The energy sector is undergoing a pivotal transformation, moving away from fossil fuels to low-carbon sources to address the urgent climate crisis and meet increasing global energy demands. Coal remains the largest contributor to climate change, generating 35 percent of global electricity in 2023. To limit global warming to 1.5°C, the International Energy Agency (IEA) urges a significant reduction in coal power, with OECD countries needing to cut coal's share to 14 percent by 2030, and the rest of the world phasing it out by 2040. This transition requires careful planning, repurposing of coal-fired assets, and collaboration across regions, with Australia and Asia facing similar challenges in closing coal plants. A clear, achievable path for the energy transition is essential for minimising environmental and economic impacts while ensuring affordability and continued growth.
Navigating asset transitions for a sustainable and equitable future
Closing major mining assets can profoundly impact local communities in regional areas, sometimes leading to job losses, a decline in local services, and a drastic reduction in population. In today’s world, there’s a clear expectation that mining companies are navigating these transitions thoughtfully.
Decarbonising the global supply chain: The vital role of ports
Ports have a unique opportunity to accelerate the energy transition by positioning themselves as energy brokers within the global supply chain, driving decarbonisation efforts forward.