Eemshaven power plant

Hard coal and biomass fired powerplant

State-of-the-art hard-coal-fired power plant

RWE's state-of-the-art Eemshaven power station, with a capacity of 1,580 MW, consists of units A and B. Eemshaven in Groningen and the Maasvlakte near Rotterdam are ideal locations for power stations. These locations offer advantages due to the available port facilities for fuel import and the ample availability of cooling water. 

The power station has sufficient capacity to produce electricity equivalent to the consumption of approximately 1.5 million households. By supplying flexible and reliable electricity, the power station plays an important role in the Dutch energy supply. 

In addition, the Eemshaven power plant site is also a so-called Energy Hub (a gathering place where energy flows come together), where RWE is investing in new technologies such as a battery and an E-boiler.

A solar energy facility with multiple grey storage units under a clear blue sky, featuring wind turbines in the background.

Efficiency

The power plant was built using the latest technology and achieves an efficiency of 46 percent. Higher efficiency means that less fuel is needed to generate the same amount of energy, which ultimately results in lower emissions. Not only is the power plant efficient, but with its modern purification and filter systems, it is also the power plant with the lowest emissions of its kind.

A modern control room with multiple screens displaying data, where two operators are working intently.

Like the Amer power plant, the Eemshaven power plant will also be converted to a biomass power plant if it is economically feasible and the necessary permits are obtained. Currently, 25% of the energy is generated from biomass. By switching completely from coal to sustainable biogenic waste streams in the long term, we will make the process of electricity production CO2-neutral. RWE will phase out coal completely by 2030 at the latest.


Technology

The power plant consists of two so-called ‘ultra-super-critical’ boilers. They are specially designed to be switched on and off quickly, making them suitable for compensating for fluctuations in the electricity supply from renewable energy sources. This flexibility makes the power plant an excellent fit for the modern energy supply, for when the sun is not shining and the wind is not blowing.

Facts and figures

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Commissioning

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Electrical output (net – 2 units)

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Biomass

Future

The core of the energy transition is the prevention, reduction, and removal of CO2 emissions. RWE has implemented a radical sustainability strategy, the Growing Green strategy. This is a roadmap to climate neutrality by 2040. An important part of this is the BECCUS project, which stands for Bio-energy Carbon Capture Utilisation & Storage. With this project, RWE wants to capture CO2 from sustainable biogenic sources and store it elsewhere, provided this is technically and economically feasible, as will also be doing at the Amer power plant in Geertruidenberg. By using sustainable biomass and then capturing and storing CO2, so-called negative emissions are achieved: CO2 is removed from the atmosphere. Read more about the BECCUS project


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Eemshavencentrale

Synergieweg 1 t/m 9
9979 XD Eemshaven
Netherlands