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Port of Kiel invests in clean Baltic with Europe’s most modern waste water facility

Staff Writer | June 15, 2017
Europe’s most modern ship waste-water reception facility went into operation at Kiel’s Ostseekai on June 14.
Port of Kiel
Shipping   Using compressed air and adding ozone
During an inauguration ceremony the new plant’s valves were symbolically opened by Kiel’s Lord Mayor Dr Ulf Kämpfer, Construction chief Doris Grondke, the head of the Water Management and Marine and Coastal Protection Department in the Schleswig-Holstein Environment Ministry Dietmar Wienholdt, Port chief Dr Dirk Claus and Captain Kjell Holm of TUI Cruises.

The new facility, which cost well over € 1.8 million, serves as a model and increases current waste-water reception capability tenfold to as much as 300 m³ an hour.

Dirk Claus, Managing Director of the PORT OF KIEL (SEEHAFEN KIEL GmbH & Co. KG) said: “We are investing in a cleaner Baltic. This capacity increase is Kiel’s contribution to marine protection and meets regulatory demands which are not even due to take effect until 2021.”

The first ships to take advantage of the new waste-water reception facility were “Mein Schiff 3” and “Mein Schiff 6”which called this morning.

All the countries on the Baltic have agreed that from the year 2021 all cruise ships – indeed new ships from as early as 2019 - must dispose of all their waste-water in port and can only do so on board ship when regulatory standards are adhered to.

Kiel’s new waste-water reception facility has been built at the Ostseekai Cruise Terminal in the space of just six months.

Several hundred metres of pressure resistant pipes of 225 mm diameter, as well as eight junction points, have been laid parallel to the ship berths.

The pipes flow into storage containers, located north of the terminal, which have capacities of up to 75 m³ and are fitted with waste-water analytical and treatment technology.

By using compressed air and adding ozone the water is aerated in fine stoneware pipes. If required the pH value of the water can be regulated by feeding in sodium hydroxide solution.