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FARMING

Drought warning: Could eastern Germany run out of water?

Agriculture is already affected by an ongoing draught in Germany, but what about personal water supplies? Experts weigh in on what can be done to minimize the problem.

Drought warning: Could eastern Germany run out of water?
The Elbe river going through Dresden's Altstadt in 2018. This year it remains dried out. Photo: DPA

Turn on the tap – and nothing comes out? Around Germany most people know this only from burst pipes or repair work. But in the second dry summer in a row – and following record-breaking temperatures in June – regions like Lusatia in the eastern German state Brandenburg face a problem: If it continues to rain so little, water supplies could become scarce. 

This is completely new for Germany, which has led authorities to look to places like California and China which have been grappling with drought for a long time.

“So far, water stress has not been a relevant issue for us,” says Jörg Rechenberg, a water expert at the Federal Environment Agency (UBA).

“The noticeably prolonged drought in the summer of 2018 makes not only scientists and authorities, but also the general public, aware that water scarcity is a problem or can at least become one. Distribution disputes, for example between water suppliers and agriculture, are already foreseeable.”

The situation cannot be overlooked: the Elbe and Oder rivers running through eastern Germany carried so little water, even before the start of summer, that sandbanks and rocks were left exposed.

In the middle of Magdeburg, ships could no longer moor at the beginning of July; in Dresden, freight traffic on the water was no longer possible as the Elbe River lost 50 centimetres of water in three days.

'Lakes and ponds are drying up'

Drought is also posing a problem for nearby agriculture. The local cooperative Heideglück Sprotta reported a 50 percent loss of corn due to “fields as dry as the desert,” farmer Karsten Ittner told BILD.

“We can't even plow because the surrounding villages would sink under clouds of dust,” he added.

Dr Andreas Marx of the Central German Climate Office feels there's little hope for improvement in the region.

“The soil has already dried up to two metres deep,” he said. “The drought of 2018 never stopped due to low precipitation in winter and spring. The need is highly dramatic in the forests, where the most aggressive tree pests are eating their way through. Even lakes and ponds are drying up.”

According to the Brandenburg Ministry of the Environment, the storage facilities in Lusatia normally hold 88 million cubic metres of water reserves. But now there are only 58 million left.

Consequently, in Cottbus farmers and garden owners are not allowed to pump water from rivers, lakes or ditches between 6 am and 9 pm on Sunday.

In Lower Saxony, the drought has also become a big issue: in 2018, farmers experienced a 22 percent loss in agriculture, according to DPA, and are not expecting better results this year.

A dry field at the beginning of July in Bohmte, Lower Saxony. Photo: DPA

Cottbus becoming California?

This means that the scarcity situation in Lusatia no longer looks so different than that of the US state of California, which has been afflicted again and again by dry periods, some lasting several years.

The authorities reacted not only with appeals to cut down on water use, but also through legal limitations and penalties for overuse.

In some districts, residents were only allowed to water their gardens twice a week for 15 minutes. Anyone who caught so-called “water sinners” under California law could report them to the authorities in the state capital of Sacramento.

The effect: in many places lawns disappeared and only low water-intensive crops were planted.

Yet the Germany Environment Agency does not yet want to talk about water stress throughout the country, said Rechenberg. Germany, as a whole, has a freshwater resource of 188 billion cubic metres.

Compared to Southern Europe, it is rich in groundwater and surface water. So far, Germany has only taken around 13 percent per year from this supply. The situation would only be considered a scarcity if more than 20 percent of the water were withdrawn.

Cutting back on personal use

Regionally, however, this may look different. In some places, water suppliers are concerned about drinking water reserves.

Lawn sprinklers consume up to 800 litres of water per hour, says Karsten Specht, Vice President of the Association of Municipal Enterprises. That's about seven times as much as every German citizen consumes from the tap every day.

Rechenberg is already thinking about possible savings scenarios. “We don't want to cut back on hygiene,” he emphasized, adding that taking a shower is still better than taking a full bath. 

“Most people have already installed economy fittings anyway, for example for low-flush toilets,” he said.

Private pools, although not widespread in Germany, will “certainly be the first thing on the scratch list,” he added. 

Thinking about set irrigation times in the garden is advisable, said Rechenberg. 

It’s best in the evening and very early in the morning – and not in the blazing midday heat when too much water evaporates. “You also have to be more focused on the plants. Automatic systems have the potential to work precisely and with timers. This saves water.”

Nobody in Germany is yet expecting a shortage of drinking water, but if there is a long enough drought, agriculture could have to rethink its approach.

“In order not to rely solely on surface water and groundwater, the recycling of process water for agriculture will have to be considered,” said Rechenberg.

Vocab

Drought – Die Dürre

Agriculture – Die Landwirtschaft

Water tap – Der Wasserhahn

Water resources – Die Wasservorräte

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ENVIRONMENT

Sweden’s SSAB to build €4.5bn green steel plant in Luleå 

The Swedish steel giant SSAB has announced plans to build a new steel plant in Luleå for 52 billion kronor (€4.5 billion), with the new plant expected to produce 2.5 million tons of steel a year from 2028.

Sweden's SSAB to build €4.5bn green steel plant in Luleå 

“The transformation of Luleå is a major step on our journey to fossil-free steel production,” the company’s chief executive, Martin Lindqvist, said in a press release. “We will remove seven percent of Sweden’s carbon dioxide emissions, strengthen our competitiveness and secure jobs with the most cost-effective and sustainable sheet metal production in Europe.”

The new mini-mill, which is expected to start production at the end of 2028 and to hit full capacity in 2029, will include two electric arc furnaces, advanced secondary metallurgy, a direct strip rolling mill to produce SSABs specialty products, and a cold rolling complex to develop premium products for the transport industry.

It will be fed partly from hydrogen reduced iron ore produced at the HYBRIT joint venture in Gälliväre and partly with scrap steel. The company hopes to receive its environemntal permits by the end of 2024.

READ ALSO: 

The announcement comes just one week after SSAB revealed that it was seeking $500m in funding from the US government to develop a second HYBRIT manufacturing facility, using green hydrogen instead of fossil fuels to produce direct reduced iron and steel.

The company said it also hoped to expand capacity at SSAB’s steel mill in Montpelier, Iowa. 

The two new investment announcements strengthen the company’s claim to be the global pioneer in fossil-free steel.

It produced the world’s first sponge iron made with hydrogen instead of coke at its Hybrit pilot plant in Luleå in 2021. Gälliväre was chosen that same year as the site for the world’s first industrial scale plant using the technology. 

In 2023, SSAB announced it would transform its steel mill in Oxelösund to fossil-free production.

The company’s Raahe mill in Finland, which currently has new most advanced equipment, will be the last of the company’s big plants to shift away from blast furnaces. 

The steel industry currently produces 7 percent of the world’s carbon dioxide emissions, and shifting to hydrogen reduced steel and closing blast furnaces will reduce Sweden’s carbon emissions by 10 per cent and Finland’s by 7 per cent.

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