Search results (209)
energy transition
Porthos lays foundations for future European CCS projects
Construction of the Porthos CCS project in the port area of Rotterdam is well underway. It is the first CO2 transport and storage project of
safe port
End to fraud-sensitive PIN codes for all intercontinental import containers
The Far East and Oceania have now been connected to the Secure Chain as well. This means deepsea shipping lines and their ship agents will n
energy transition
Key players develop emission-free navigation solution for barges
2 June 2020 saw the launch of ZES: a new company that helps increase the sustainability of the inland shipping sector by leasing exchangeabl
energy transition
Hydrogen exchange offers opportunities for a hydrogen market
A hydrogen exchange, along the lines of the electricity and gas exchanges, could act as a catalyst for a market for climate-neutral hydrogen
safe port
First trial using mobile degassing installation successful
An initial trial using a new mobile degassing installation on the public quay of the Seinehaven in Rotterdam has been successful. On 7 Augus
safe port
Nautical annual figures 2024: Harbour Master focuses on speed limits around the Erasmusbrug in Rotterdam
In 2024, the number of visits by incoming sea-going vessels in the port of Rotterdam fell slightly: from 27,886 to 27,617. However, the numb
energy transition
WPCAP: platform for climate action in maritime sector
Shore-based power is evolving at an increasing pace. In a growing number of ports, the supply of electricity to moored vessels is becoming a
safe port
Areas
The port is located outside the flood defence system. What are the implications for you?
energy transition
Global player in battery recycling opens plant in Rotterdam
TES, one of the biggest battery and electronic waste recycling companies world-wide, is going to build a factory in the port of Rotterdam. E
energy transition
Feasibility study development 200-500 MW of green hydrogen in Chile
GASCO, HyNewGen, Linde, Vopak, and Port of Rotterdam are concluding a feasibility study for the development of a 200 to 500 MW green hydroge