Hagland Shipping Adds Wind-Assisted Combi Freighter on Time Charter
Key Takeaways
- •Hagland Shipping has secured a 3,850 DWT wind-assisted combi freighter through a time charter with Germany's Reederei Gerdes and over-C, granting the Norwegian company commercial control while the owner retains the vessel.
- •The freighter is fitted with Econowind VentoFoils, a battery-hybrid propulsion system with fully electric capability, shore power connectivity, and an optimised hull design to lower fuel use and emissions.
- •The vessel will operate in the European short-sea dry bulk market, transporting both dry bulk cargoes and general cargo to provide operational flexibility.
- •Maritime emissions became subject to the EU Emissions Trading System at the start of 2024, requiring shipowners and operators to surrender carbon allowances for CO2 emitted on routes involving EU ports.
- •The International Maritime Organization has set a target to reduce total annual greenhouse gas emissions from shipping by at least 50% by 2050 compared to 2008 levels, driving adoption of alternative propulsion technologies.
Norway-based Hagland Shipping has expanded its fleet with a wind-assisted combi freighter secured under a time charter agreement, the company announced in a press release.
The vessel is being chartered from Germany-based Reederei Gerdes and its commercial arm, over-C.
The 3,850 DWT freighter is equipped with Econowind's VentoFoils for wind-assisted propulsion. VentoFoils are non-rotating sail units that harness wind power to generate forward thrust, reducing reliance on conventional fuel.
In addition to wind assistance, the vessel features a battery-hybrid propulsion system capable of operating in fully electric mode for periods of time. It is also fitted with shore power connectivity, allowing the ship to draw electricity from onshore sources while in port, and an optimised hull design intended to reduce fuel consumption and emissions.
The vessel is set to be deployed in the European short-sea dry bulk market. Combi freighters of this size class typically carry both dry bulk cargoes and general cargo, giving operators flexibility across different commodity flows.
"The deployment of this vessel is another step forward in building a more competitive and environmentally friendly fleet," Hagland Shipping said.
Short-sea shipping, which involves the movement of cargo over relatively short distances between ports within a region rather than across oceans, is seen as an area where emissions reductions can be achieved through a combination of operational efficiencies and alternative propulsion technologies. Wind-assisted propulsion has gained attention in the maritime sector as shipping companies seek to lower fuel costs and meet tightening environmental regulations.
That regulatory pressure is intensifying for European operators. Maritime emissions were brought within the EU Emissions Trading System from the start of 2024, requiring shipowners and operators to surrender allowances for CO2 emitted on routes to and from EU ports. At the international level, the International Maritime Organization has set a target of reducing total annual greenhouse gas emissions from shipping by at least 50% by 2050 compared to 2008 levels. Technologies such as wind-assisted propulsion, battery-hybrid systems, and shore power are among the measures owners are adopting to reduce fuel consumption and manage compliance costs.
The time charter arrangement means Hagland Shipping will have commercial control of the vessel for the charter period while Reederei Gerdes retains ownership.
