HTWO Energy Savannah: Revolutionizing Clean Logistics in Georgia
Key Ideas
- Hyundai plans to launch a scalable hydrogen production and dispensing facility for Class-8 heavy-duty zero-emission vehicles near the Port of Savannah, Georgia.
- The HTWO Energy Savannah project involves collaboration with HTWO Logistics, HydroFleet, and Capital Development Partners to create a scalable hydrogen refueling solution.
- The station will generate 1,200 kilograms of hydrogen per day initially, with plans to scale up to support up to 4,200 kilograms daily to meet future demand.
- The initiative is praised for advancing the decarbonization of emissions-intensive port operations, providing a clean, zero-emissions ecosystem for heavy-duty trucking in the region.
Hyundai announced at the 2025 Advanced Clean Transportation Expo their plans to establish HTWO Energy Savannah, a hydrogen production and refueling station in Georgia to cater to Class-8 heavy-duty zero-emission vehicles. The project, located near the Port of Savannah, is a collaboration between HTWO Logistics, HydroFleet, and Capital Development Partners. This initiative aims to create a scalable hydrogen refueling solution, supporting fast-fill zero-emissions trucking operations in the region. The facility will initially produce 1,200 kilograms of hydrogen per day and has the capacity to scale up to 4,200 kilograms daily to meet future demands. Leaders from Hyundai, HydroFleet, and the Southeast Hydrogen Energy Alliance have expressed enthusiasm for the project, highlighting its role in driving the transition to zero-emission transportation and advancing the hydrogen economy. The HTWO Energy Savannah project is recognized for its contribution to the decarbonization of emissions-intensive port operations and major logistics corridors, emphasizing the importance of sustainable infrastructure in supporting clean, zero-emissions ecosystems. Overall, this initiative represents a significant step forward in promoting clean logistics and strengthening regional energy resilience.