Search results for '@keys' (106)
energy transition
Large-scale ammonia cracker to enable 1 million tonnes of hydrogen imports via port of Rotterdam
An initiative of 18 companies, led by the Port of Rotterdam Authority, has kicked off a study into the possible establishment of a large-sca
sustainability
Market leader in bioplastics chooses port of Rotterdam
Braskem, the world’s largest producer of biopolymers, has moved its storage facility for this type of bioplastics from Antwerp to Rotterdam.
Europoort
Europoort, with the other ports in Rotterdam, makes up one of the world’s largest chemical and petrochemical industrial areas.
Annual reports
The annual report provides information on the social and economic value that the Port of Rotterdam Authority creates for its stakeholders.
an accessible port
'Our ambition is to be the best in class shortsea terminal in Europe within a few years'
"We have shown that we are customer-oriented and flexible. And I am convinced that these core values will only become more important in the
energy transition
Belgian and Dutch inland ports plan to establish a single shore-based power system
The Port of Rotterdam Authority, the Port of Amsterdam, North Sea Port Netherlands, Drechtsteden, the Port of Antwerp and De Vlaamse Waterwe
energy transition
BP, Nouryon and Port of Rotterdam partner on green hydrogen study
BP, Nouryon (formerly AkzoNobel Specialty Chemicals), and the Port of Rotterdam have joined forces to explore the opportunity of making “gre
energy transition
Rozenburg Peninsula shore-based power project to be continued
An installation has been constructed on the Rozenburg Peninsula in Rotterdam so that Heerema’s large vessels can shut down their diesel gene
energy transition
Park-Line Aqua supplies shore-based power system inland ports
Park-Line Aqua supplies the uniform shore-based power system for inland shipping and river cruises for the Port of Rotterdam Authority, Nort
energy transition
Study: Ammonia cracker realistic and safe method for large-scale hydrogen imports
A study by Fluor shows that it is technically and economically feasible to safely convert ammonia into 1 million tons of hydrogen per year u