Eco-Friendly Equipment Provider
Sponsored by
24shore – ReelFrame
The ReelFrame is a groundbreaking innovation that transforms HV cable transport by eliminating inefficiencies, reducing costs, and cutting CO₂ emissions by over 45%. Traditionally, transporting HV cables required trucks and trailers to remain on-site for up to two days, causing significant waste of fuel, labor, and resources. Additionally, cranes were needed for loading and unloading, adding extra costs, risks, and emissions.
ReelFrame solves these challenges by allowing cable reels to be loaded, transported, and offloaded without cranes. Once delivered, the truck and trailer are immediately free to handle other jobs, increasing fleet efficiency and lowering operational costs. The system also enables longer cable reels (up to 2 km), reducing underground joint bays, which minimizes installation time, maintenance, and weak points in the power grid.
By removing crane dependency, eliminating unnecessary transport downtime, and reducing transport trips, ReelFrame significantly cuts CO₂ emissions, project costs, and delays. This innovation is a game-changer for the global power grid upgrade, ensuring faster, safer, and more sustainable logistics for the energy transition. Visit website.
Econowind
Econowind, founded in 2018 in the Netherlands, develops the VentoFoil—a compact, foldable, and autonomous wind-assisted propulsion system for ships. Using advanced aerodynamics and a smart suction system, each VentoFoil delivers powerful thrust, equivalent to a sail five times its size. Weighing significantly less than alternatives, the 16-meter model is the lightest on the market and requires no extra deck reinforcement.
Designed for both retrofits and newbuilds, VentoFoils come in various sizes and configurations—including containerized and flatrack options—making them suitable for a wide range of vessels. Unique features include multi-directional tilting, seamless integration, and two-directional airflow—exclusive to Econowind.
With daily fuel savings of 10–20% and annual CO₂ reductions of up to 760 tons per ship, VentoFoils support compliance with EEXI, CII, and FuelEU targets. A typical return on investment is under five years.
Tested and deployed across the maritime sector, VentoFoil won the Maritime Innovation Award in 2019. With over 100 units sold and a rapidly growing market, Econowind enables scalable, real-world decarbonization. As global regulations tighten, Econowind is helping ships sail smarter, cleaner, and more cost-effectively—driving the shift toward sustainable shipping. Visit website.
Konecranes* – Stand 2H10-J11
Konecranes is driving innovation in breakbulk operations with electrification solutions that balance environmental benefits and operational realities. Recognizing that ports face different constraints, Konecranes offers a range of eco-efficient power options across its lift trucks and mobile harbor cranes.
Konecranes E-VER electric forklifts deliver the same power and reliability as diesel models, but with zero tailpipe emissions. Advanced battery technology ensures efficiency, long-term performance and fast charging. Case studies include the Irish Defence Forces integrating E-VER for eco-efficient military logistics, and construction company Algeco using E-VER to reduce operational emissions.
Konecranes Gottwald Mobile Harbor Cranes are among the world’s most advanced breakbulk handling solutions. Icelandic shipping company Eimskip and Sweden’s Port of Skellefteå are two operators that have taken the cranes into operation, significantly cutting emissions and costs while maintaining high operational efficiency.
A key differentiator of the latest Generation 6 cranes is their range of available drive concepts, including hybrid or fully electric with Li-ion battery. This modular concept gives operators the freedom to easily perform retrofits – even for cranes already in operation.
An independent Life Cycle Assessment shows substantial CO2 reductions from Konecranes retrofits, confirming the company’s innovative approach towards reaching zero-tailpipe emissions in breakbulk operations. Visit website.
Phoenix Strategies / South Jersey Ports
South Jersey Ports (SJP) is a hub for maritime commerce and a leader in sustainable port operations. As a key economic anchor in the Philadelphia/Southern New Jersey region, SJP is committed to reducing environmental impact, enhancing operational efficiency, and setting a new industry standard through its Sustainable Cargo Handling Initiative.
This initiative replaces diesel-powered equipment with zero-emission electric and hybrid alternatives, leveraging advanced battery technology, smart charging infrastructure, and AI-driven fleet management to optimize efficiency and sustainability. By transitioning to electric cargo-handling equipment, SJP is significantly reducing air pollution, improving health outcomes, and cutting operational costs. To date, 14,652 tons of CO2 emissions have been eliminated, with further reductions planned through continued fleet upgrades. These efforts are expected to save public health costs over two decades.
Beyond environmental benefits, the initiative enhances reliability, reduces fuel and maintenance costs, and improves workplace safety. SJP’s phased implementation, supported by infrastructure expansion and workforce training, ensures scalability. By partnering with industry leaders and aligning with state and federal goals, SJP is paving the way for widespread adoption of cleaner port operations, reinforcing its role as a model for sustainability in the maritime industry. Visit website.
Royal3D
Royal3D’s 3D-printed parametric cradles provide a sustainable, innovative, and efficient solution for securing and transporting various types of cargo. Made from 100% recycled plastic, these cradles eliminate the need for virgin materials, significantly reducing carbon emissions and supporting a circular economy. At the end of their lifecycle, they can be fully recycled and reprinted, ensuring zero waste generation.
Using topology optimization and parametric design, Royal3D’s cradles are lightweight yet highly durable, automatically adapting to tender boats, wind turbine blades, and heavy machinery without requiring a full redesign. Their weather-resistant, non-corrosive properties make them ideal for harsh maritime and industrial environments.
The scalability and cost-effectiveness of on-demand 3D printing allow companies to produce cradles locally, reducing storage costs and supply chain delays. By aligning with sustainability goals and safety standards, Royal3D’s cradles are setting a new industry benchmark, replacing traditional wooden and metal supports with a more adaptable, eco-friendly alternative. Visit website.
SENNEBOGEN* – Stand 2D80
SENNEBOGEN is setting a strong example for sustainable mechanical engineering: For the first time, a material handler whose steel components are primarily made from CO2-reduced steel. In cooperation with DEUMU, a subsidiary of Salzgitter AG, the company is driving forward the decarbonization of the industry and setting new standards for resource-saving technologies.
The SALCOS transformation program of Salzgitter AG is gradually replacing conventional steel production with innovative direct reduction plants. Green hydrogen from renewable energies replaces climate-damaging coal—reducing CO₂ emissions in steel production by 95% by 2033.
The SENNEBOGEN 830 G impressively demonstrates the advantages of green steel in industrial applications: the green steel alone can save 20 tons of CO2 in production. The concept can be easily transferred to all machines from SENNEBOGEN. The savings potential also grows with increasing operating weight: The SENNEBOGEN 895 E, the largest material handler in the world, avoids up to 250 tons of CO2 in a green steel version even before commissioning.
SENNEBOGEN already offers its entire model range in green steel on request – a decisive contribution to the sustainable transformation of the entire value chain and a milestone for CO2-reduction in the industry. Visit website.
*Breakbulk Europe 2025 Exhibitor