Maritime Industry Briefing: Energy and Infrastructure Developments

## Maritime Industry Briefing *Editor's Note: This briefing draws on recent energy sector developments that carry relevance for port operators, vessel managers, and maritime infrastructure planners.* --- ### Water Treatment Market Set for Steady Growth Through 2031 The global point-of-use water treatment systems market is projected to reach USD 16.38 billion by 2031, up from USD 12.13 billion in 2026, representing a compound annual growth rate of 6.2%, according to a new report by MarketsandMarkets™. For the maritime sector, the trajectory is noteworthy. Shipboard potable water management, ballast water treatment compliance, and port facility water infrastructure all intersect with the broader water treatment technology ecosystem. As regulatory pressure around water quality and environmental compliance continues to mount — particularly under IMO frameworks — vessel operators and port authorities may find expanding commercial options and more competitive pricing as the market scales over the coming five years. The report encompasses 260 market data tables and covers a range of point-of-use technologies applicable across industrial and commercial settings, including those relevant to offshore platforms and large vessel operations. --- ### AI Infrastructure Boom Signals Shifting Power Demand Landscape for Ports Georgia Power has announced it will serve a major new OpenAI project in Effingham County, Georgia, with OpenAI committing to support the power grid with up to 1,000 MW of flexible demand response capacity. The initiative is designed to help manage peak electricity demand and ensure grid reliability as large-scale AI data centre development accelerates across the southeastern United States. For port and terminal operators in the region — including those serving the Port of Savannah, one of the busiest container gateways on the US East Coast — the rapid growth of energy-intensive industrial facilities in Georgia raises important questions around long-term grid capacity and electricity pricing. Port electrification initiatives, including shore power infrastructure for vessels at berth, depend heavily on stable and affordable grid access. The OpenAI-Georgia Power arrangement, which includes demand response flexibility as a grid stabilisation tool, may offer a model that port authorities and terminal operators could reference as they negotiate their own energy agreements amid surging regional power demand. --- *Sources: MarketsandMarkets™ via PR Newswire; Georgia Power via PR Newswire. This briefing will be updated as additional maritime-specific developments emerge.*