Skip to content

News

Biomass

CHP

District heating

+2

Skærbæk Power Station Getting Ready to Produce Green Energy

image
5 April 2017

The first shipment of wood chips will be used to adjust the cranes and the wood chip conveyor belts, and DONG Energy does not expect the next load to be collected until the first barge has been emptied.

The transport of wood chips to Skærbæk Power Station will primarily take place via ships and barges, and ship calls will mainly take place during the winter months as deliveries will follow demand during the heating season. The ships will generally carry between 6,000-16,000m³ of wood chips. The existing quay has been renovated and extended to accommodate the ships, which will be up to 175m in length.

- Related News: Dong Energy to Stop All Use of Coal by 2023

Efficient unloading of ships and barges

A new wood chip conveying system and two new unloading cranes at the quay will ensure efficient unloading of ships and barges. The cranes will lift the wood chips from the ships using closed crane grabs and place them in large funnels equipped with exhaust ventilation to reduce dust nuisances. From here, the wood chips will be transported on conveyor belts to the open wood chip storage facility.

- Related News: New Government Platform: 50 % Renewable Energy Consumption by 2030

The open wood chip storage facility has a maximum height of 30m and can store up to 80,000m3 of wood chips. This equates to approximately nine days of maximum heat production at Skærbæk Power Station.

Ready for the heating season

The green Skærbæk Power Station is expected to be ready for the next heating season. From then on, the power station will use only wood chips produced from wood waste for the production of district heating to the Triangle Region Denmark.

Source: Dong Energy

You should consider reading

Biomass
CHP
District heating
Energy efficiency in industry
Smart grid

publications

Resource efficient production

+15

Producing more with less

29 November 2023
Transforming global food systems for a more sustainable and resilient future.