Georgia port expansion pays dividends to the economy, companies and jobs
The Savannah Harbor Expansion Project is aimed to increase navigation channel capacity, improve vessel safety and boost economic growth.
We are trusted partners, working to unlock the potential of people and communities in the Asia Pacific region to reduce poverty and improve the quality of life.
Our team believes in international development where individuals, communities, and nations work together towards the same goals. GHD mobilizes technical expertise in energy, transport, and water to respond to complex situations.
From improving knowledge accession and dissemination to connecting people and places, our aim is to accompany success and ensure prospects and promises are made a reality.
Our approach promotes locally led development, leverages domestic and international expertise, upholds Sustainable Development Goals, and is committed to having a lasting beneficial impact on the communities it supports.
Our capabilities are backed by experience in delivering successful and sustainable international development projects across a range of services and sectors, including:
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The Savannah Harbor Expansion Project is aimed to increase navigation channel capacity, improve vessel safety and boost economic growth.
Over the years, the Cardiff Beach shoreline in the City of Encinitas has been susceptible to coastal erosion and flooding due to storm surges, sea-level rise and wave energy. The City was looking for a way to protect their precious shoreline and the Coast Highway 101, adjacent to Cardiff State Beach, from current and future threats.
Addressing hydrogen sulphide (H2S) emissions from two landfills in the cities of Fostoria and New Lexington, Ohio. These projects represent the largest application of desulphurization technology for landfill gas in the United States.
Advanced simulation technology is transforming how we approach port facility design and modification. This innovative methodology allows us to test and validate port improvements before construction begins, ensuring infrastructure meets the needs of larger vessels while maintaining operational efficiency. For regions with growing maritime traffic, this approach offers compelling advantages, creating resilient infrastructure that serves multiple stakeholders simultaneously. The application of ship simulation technology demonstrates how thoughtful engineering can address complex maritime challenges while enhancing port capabilities.
With the introduction of Simpler Recycling legislation for England in March 2025, the UK Government is stepping up efforts to standardise recycling processes and increase the recovery of valuable resources from homes and businesses.
Our coastal communities, infrastructure and ecosystems are under threat, more so as the global climate will continue to push our flood and erosion protection infrastructure past its tipping point. Improving the ways we evaluate the risks associated with sea level rise is paramount. Then building from this, how can we better engage communities and make decisions on adapting to future conditions. Coastal vulnerability models can often be misunderstood and simplify an uncertain future. And as it stands today, there isn’t a more detailed understanding to inform incremental adaptive pathways. How can communities avert the worst outcomes and better recover from the aftermath? This article shares insights into adopting tailored and multi-benefit solutions to enhance coastal resilience, reduce vulnerabilities and prepare for future hazards. It also provides guidance in unlocking funding and navigating the complex permitting process.