Hyster's Hydrogen ReachStacker Wins Three Sustainability Awards
Key Ideas
  • Hyster's hydrogen fuel cell-powered ReachStacker wins awards for sustainability and eco-friendliness in the transportation industry.
  • The ReachStacker is recognized for its contribution to decarbonization efforts in the port industry, demonstrating a commitment to clean power solutions.
  • The hydrogen-fueled ReachStacker, tested at the MSC terminal in Valencia, Spain, showcases efficient performance with zero tailpipe emissions.
  • The solution, part of the H2Ports project, utilizes Nuvera® Fuel Cell Engines to convert hydrogen into electricity, enabling quick refills and similar performance to diesel counterparts.
Hyster's hydrogen fuel cell-powered ReachStacker has garnered attention by winning three prestigious sustainability awards, adding to the company's recognition for promoting decarbonization through electric material handling equipment. The ReachStacker, currently being tested at the MSC terminal in Valencia, Spain, has zero tailpipe emissions and aims to meet emissions regulations set by governments. Lucien Robroek, President of Hyster's Technology Solutions Division, highlights the increasing demand for electric alternatives in industries like ports. The ReachStacker, along with other clean power solutions like the hydrogen fuel cell-powered container handler, has been applauded for providing eco-friendly options. Using Nuvera® Fuel Cell Engines, the ReachStacker efficiently converts hydrogen into electricity, enabling quick refills and high performance similar to diesel equipment. Supported by the H2Ports project, funded by the FCH-JU, and coordinated by Fundación Valenciaport, the solution represents a significant step towards sustainable and efficient material handling in the port industry.
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