IN Brief:
- Gate Terminal has commissioned a fourth 180,000m³ LNG storage tank at Rotterdam’s Maasvlakte.
- The expansion adds four billion cubic metres of annual regasification capacity, taking the terminal total to 20 billion cubic metres.
- Port of Rotterdam is developing a fourth jetty for small-scale loading and bunkering, with operation expected by the end of 2028.
Gate Terminal has commissioned its fourth LNG storage tank at Rotterdam’s Maasvlakte, adding 180,000 cubic metres of storage and increasing annual regasification capacity to 20 billion cubic metres.
The terminal, owned jointly by Gasunie and Vopak, receives liquefied natural gas by sea, stores it in liquid form and converts it back into gas for delivery through the transmission network to customers in the Netherlands and neighbouring markets.
The expansion adds four billion cubic metres of annual regasification capacity. Gasunie places total Dutch gas demand at approximately 30 billion cubic metres a year, giving an indication of the scale of Gate’s nominal annual processing capability within the national energy system.
Storage volume and annual throughput describe different parts of the operation. The new 180,000m³ tank represents the quantity of LNG that can be held physically at one time, while the 20 billion cubic metre figure describes how much natural gas the terminal can process over a year as cargo moves through the facility.
Repeated filling and emptying allows a terminal to handle annual volumes far larger than its static tank capacity. LNG arrives in discrete shiploads, occupies storage temporarily and is then regasified into the pipeline system or moved through other loading operations before the space is available for another cargo.
The project was developed partly in response to the change in European energy supply after 2022. Construction took around three years and increases Rotterdam’s ability to receive LNG from multiple producing regions as Northwest Europe relies more heavily on maritime imports and diversified supply routes.
Additional physical capacity does not mean the terminal will run continuously at its nominal maximum. Utilisation depends on demand, LNG prices, cargo availability, pipeline conditions and competition between import terminals around Europe.
The value of the fourth tank lies in the additional operating room it creates when commercial flows require more storage or throughput. Larger buffer capacity can help the terminal absorb differences between the timing of arriving vessels and the steadier rate at which customers consume gas through the transmission network.
Port of Rotterdam is developing another part of the system in parallel. A fourth jetty is being built for Gate and is expected to support small-scale ship loading and bunkering by the end of 2028.
Small-scale loading serves a different role from receiving large import cargoes. LNG can be transferred into smaller vessels for regional distribution or supplied as marine fuel, providing another route out of the terminal instead of sending all regasified product into the land-based network.
The terminal is also assessing market interest in a possible fifth jetty. Another berth would only add useful capacity if shipping demand justifies the investment, so the current assessment allows potential users to indicate future requirements before further infrastructure is committed.
Gate sits within Rotterdam’s wider position as an industrial and energy gateway. Rotterdam recently agreed a transatlantic trade partnership with the Port of Churchill covering energy, critical minerals and other industrial flows, reflecting the port’s expanding role across changing commodity supply chains.
LNG terminals depend on close coordination between ship arrivals, tank space and downstream demand. An arriving carrier needs enough storage capacity to discharge, while operators must draw down existing inventory quickly enough to prevent subsequent cargoes being delayed by lack of space.
The fourth tank gives Gate more flexibility around those timing differences. A ship delivers a large volume during a relatively short port call, whereas gas leaves the terminal through pipelines over a much longer period.
Additional storage can also provide more room around maintenance and changing vessel schedules, although the practical flexibility depends on how the tank interacts with existing berths, pumps and regasification equipment rather than storage capacity alone.
Gasunie says the expansion strengthens security of supply for the Netherlands and Northwest Europe by increasing the ability to source LNG from several producing regions. Diversifying origin reduces reliance on one fixed pipeline route, although buyers remain exposed to global LNG pricing and shipping availability.
The fourth jetty will broaden the system further when it enters service. Gate should then have greater ability to receive large cargoes, store LNG, regasify it and reload some volumes into smaller vessels for bunkering or regional distribution.
Commissioning the new tank therefore adds another buffer between international LNG shipping and Northwest European gas demand. Rotterdam is increasing both the amount of product that can be held on site and the range of ways in which that product can subsequently move through the wider energy supply chain.
