Ludwigshafen

Historic highlights

That did not happen again ever since: In 1929 BASF employees took a walk over the frozen Rhein. In the late 19th and early 20th century princes were entertained with colorful fountains. Even a BASF-owned tanker fleet helped bringing raw materials and goods to the Ludwigshafen site. This, why the Rhine used to be longer and more stories and information about the Rhine, you can learn here.

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Did you know, that the Rhine was

90 km longer?

From around 1960 to 2010, schoolbooks, encyclopedias like Brockhaus and even official publications from authorities stated that the Rhine measured 1,320 kilometers from its source to its mouth. The reason behind this erroneous measurement was a transposition of digits, which must have occurred around 1960. This error was only discovered 50 years later when Bruno Kremer, a biology professor at the University of Cologne, came across different measurements during his research. He subsequently checked the sources and discovered the error. As a consequence of his discovery, the Rhine was once again measured exactly. The result is a length of 1,232.7 km – that is, if no digits were transposed again.

Aerial view of Verbund site Ludwigshafen with river Rhine

 

BASF in Ludwigshafen and Mannheim is located on the Rhine kilometer

426 bis 433

Das Herz der BASF-Gruppe ist die BASF SE mit ihrem Stammwerk in Ludwigshafen am Rhein. Mit etwa 250 Produktionsbetrieben, vielen hundert Laboren, Technika, Werkstätten und Büros auf einer Fläche von rund zehn Quadratkilometern, ist es der gröà te zusammenhängende Chemiekomplex der Welt.Das Stammwerk der BASF ist auch die Wiege des Verbundkonzepts: Produktionsanlagen, Energieflüsse und Logistik werden intelligent miteinander vernetzt, um Ressourcen so effizient wie möglich zu nutzen.Abdruck honorarfrei. Copyright by BASF.Das Herz der BASF-Gruppe ist die BASF SE mit ihrem Stammwerk in Ludwigshafen am Rhein. Mit etwa 250 Produktionsbetrieben, vielen hundert Laboren, Technika, Werkstätten und Büros auf einer Fläche von rund zehn Quadratkilometern, ist es der größte zusammenhängende Chemiekomplex der Welt.Das Stammwerk der BASF ist auch die Wiege des Verbundkonzepts: Produktionsanlagen, Energieflüsse und Logistik werden intelligent miteinander vernetzt, um Ressourcen so effizient wie möglich zu nutzen.

Source

 

of the Rhine is Lake Toma in Switzerland.

Das Herz der BASF-Gruppe ist die BASF SE mit ihrem Stammwerk in Ludwigshafen am Rhein. Mit etwa 250 Produktionsbetrieben, vielen hundert Laboren, Technika, Werkstätten und Büros auf einer Fläche von rund zehn Quadratkilometern, ist es der größte zusammenhängende Chemiekomplex der Welt.
Das Stammwerk der BASF ist auch die Wiege des Verbundkonzepts: Produktionsanlagen, Energieflüsse und Logistik werden intelligent miteinander vernetzt, um Ressourcen so effizient wie möglich zu nutzen.
Abdruck honorarfrei. Copyright by BASF.

BASF SE with its main site in Ludwigshafen is the heart of the BASF Group. With around 250 productions facilities, hundreds of laboratories, technical centers, factories and offices in an area of approximately ten square kilometers, the site is the largest integrated chemical complex in the world.
As the headquarters of BASF it is also the cradle of the Verbund concept, where production facilities, energy flows and logistics are linked together intelligently in order to utilize resources as efficiently as possible.
Print free of charge. Copyright by BASF.

Seven Sections

of the Rhine: Alpenrhein, Bodensee, Hochrhein, Oberrhein, Mittelrhein, Niederrhein, Rheindelta. 

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The name of the Rhine comes from 

Renos 

(Celtic for "flowing water") resp. 

Rhenus

(Latin name of the river god).

For BASF, the Rhine has always been hugely important as a transport route. Proof of this is BASF’s own fleet of tanker ships which was in operation right up to the middle of the last century.

 

Elaborately designed and equipped with the highest technological standards to ensure the special transport of chemicals, the six ships of BASF’s tanker fleet regularly undertook the journeys from Oppau to Basel or to the Netherlands, and were responsible for delivering the lion’s share of goods to the company for many years.

The first ship in the fleet, “BASF 1,” began its service in 1898 and was used to transport sulfuric acid to Leverkusen. In 1925, “BASF 2” was added to the fleet and was mainly used to transport nitric acid. Both ships had an impressive loading capacity of approximately 500 metric tons. Joining in 1927, the “Justus von Liebig” was designed to transport sulfuric acid, as was the “Rudolf Knietsch,” which was added to the fleet in 1938. Two more ships rounded off the fleet in 1937 and 1938. The “Friedrich Wöhler” and “Fritz Haber” were used to transport ammonia and ammonia water.

The tankers generally had a crew of three people: the captain, the sailor and the cabin boy. While the sailor was also responsible for monitoring the machinery, the cabin boy was tasked with cleaning the ship and – if the captain traveled without his wife – cooking the meals.

In those days, the captain’s job was as demanding as it is today: He had to keep an eye on the water level and the weather, as well as the wandering gravel banks of the Upper Rhine, to ensure he brought the approximately 500,000 DM ship safely into harbor.

During the summer months, the ship’s crew worked for around 14 hours a day; in winter, they worked for twelve hours. A total of around eight days was planned for the entire journey from Ludwigshafen to Leverkusen and back, including filling and draining the cargo. “Die BASF,” the company magazine, reported on the (at the time) cutting-edge fleet and its equipment in 1952: “Central heating, electric light and clean running water are as much part of the equipment as the radio communications system, which (…) enables telephone connection to all outside lines on land within two to three minutes, thanks to the Rhine radio communication.”

Only “BASF 2” was destroyed by an air strike near Leverkusen in 1944; all other tankers remained in service after the end of World War II. BASF may no longer have its own fleet of tankers, but twelve ships still dock at the Port of Ludwigshafen and the North Harbor each day.

February 1929 marked a once-in-a-century event: The Rhine froze over. Peruse the history of the company with the Corporate History findings.

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The frozen Rhine 1929

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Employees from the main laboratory posing on the frozen Rhine.

In February 1929, an extraordinary cold snap meant that temperatures dropped rapidly. On the morning of February 6, the temperature was measured at 1 degree Celsius, however, the temperatures dropped quickly over the course of the following days, with minus 21 degrees Celsius being recorded on February 12.

However, this was just the start: The Rhine froze over, not just at Ludwigshafen, but almost along its entire length. The issues this caused for the site managers and plants – with the interrupted shipping being just one factor – were of no concern to the droves of curious onlookers. Soon, the first trails over the Rhine between Mannheim and Ludwigshafen were stamped out.

The site newspaper at the time reported on the disappearance of the ice on the Rhine:

On February 17, the ice from the canal mouth at Frankenthal to around the middle of the Oppau site began dissipating, probably due to the warmer waste water from our sites…, it took about one week until the entire Rhine section at the Ludwigshafen and Oppau sites was completely free of ice.

BASF Site Newspaper, Februar 1929

At the end of the 19th century, a spectacular and colorful event awaited VIP visitors to Ludwigshafen. An event which is unimaginable today: Colorful fountains were sprayed into the Rhine to honor the special guests. This was the case in September 1888. Prince Regent Luitpold visited the Palatinate region, stopping in Edenkoben, Speyer and Ludwigshafen, before embarking on a boat trip on the Rhine on September 23, during which he traveled past the BASF site premises. As reported in the Generalanzeiger newspaper: 

(…) A new surprise awaited the Prince at the aniline plant. From the surface of the river, a fountain of water suddenly erupted, projecting a violet stream of water into the air, as high as a house. The spectators greeted this sight with a loud exclamation of ‘Ah!’ but the astonishing show was just getting started: The colors began to change, from violet to red to green to yellow, the droplets glistened in the golden morning sunlight, creating an effect reminiscent of wondrous Venetian nights. (…)

Local newspaper "Der Generalanzeiger", September 1888

The colored water was presumably pumped with the necessary pressure through a pipe specially laid from the water plant. The objective here was probably not simply limited to entertaining the guests; those responsible also wanted to use the opportunity to advertise dye production, a vital part of BASF’s business at the time.

The color fountains were used again from time to time over the following years, for example during the visit of Prince Ludwig of Bavaria on May 26, 1894: The program for his visit included a tour of the city, viewing churches, social institutes and the hospital, as well as a trip along the Rhine with a visit to the new harbors and BASF’s company welfare facilities.

The Ludwigshafen Generalanzeiger newspaper reported on the “fountain as high as a house” on the Rhine and described it as first being white, then blue, orange, violet, green and pink, “in short, in all the main colors produced at the factory.” It was a spectacle which lured many spectators to the banks of the Rhine, as can be clearly seen from the image.

Many years later, in 1957, Carl Holdermann noted that the fountains are supposed to have reached heights of around 10 meters. Shortly after joining BASF in around 1906 he was able to experience a visit by Prince Regent Luitpold himself. However, this was the last time that the fountains in the Rhine were used.