In early August, we took a road trip along the southern coast of Norway. We had two goals for the trip: first, we wanted to visit the southeast point in Norway with the lighthouse of Lindesnes, the oldest lighthouse in Norway; and then we wanted to investigate one of the shortest fjords in Norway, Jøssingfjord, and the newly opened science museum, VITENMUSEUM.
The first stop on our trip, the Lindesnes Lighthouse, was built in 1915. The 16.1-metre (53 ft) tall lighthouse is cast iron with a granite foundation. The lighthouse is painted white with a red top. The light sits at an elevation of 50.1 meters (164 ft.) and it emits a fixed and flashing white light that is always on, rotating between a low intensity and high intensity light every 20 seconds. The light comes from a first order Fresnel lens made in France that can be seen for up to 17.7 nautical miles (32.8 km. or 20.4 miles). The current lighthouse replaced a light station built in 1656 to mark the entrance to the Skagerak and the Baltic Sea from the North Sea. Two Lighthouse Keepers still work there -- the only ones in the country.
The Lighthouse is about ten kilometers south of the village of Hollen in Agder county, one of Norway’s richest archeological sites. Numerous Bronze and Viking Age artifacts have been found here. Lindesnes Lighthouse Museum has exhibits that teach visitors about the history, construction and cultural significance of the lighthouse which serves as the headquarters of the Museum of The Norwegian Coastal Administration. During World War II, the Lighthouse was taken over by the Germans. Being an important watchpoint, the Germans built a small fortress with four guns and, after a while, a radar antenna. The traces from World War II are still visible as trenches, tunnels and other fortifications. In the 1950s, the Lighthouse was electrified, and the fog signal was replaced with a powerful Diaphone. The fog signal was closed as a navigational aid in 1988, but it is still operational and is used on special occasions.
Driving from Lindesnes to Jøssingfjord along the North Sea Road (Route 40) is quite a scenic route that I recommend for your travel to the fjord. Our 13-year-old granddaughter may have preferred that I use the highway, but we hope she will remember to repeat this tour when she has her own family. The 3-kilometre (1.9 mile) long Jøssingfjord is narrow and deep and is surrounded by mountains. There is a road that runs along the southeast coast of the fjord, with sharp hairpin turns leading down from the mountains and some settlement on the southeastern side of the fjord.
One of the most intriguing aspects of the region's industrial history is Norway's significant contribution to "making the world white." This phrase refers to the production of titanium dioxide (TiO2), a key ingredient in white paint, coatings, plastics, cosmetics and various other products. Norway, particularly the region around Jøssingfjord, played a crucial role in the extraction and production of this mineral. I grew up almost next to the Kronos Titan plant in Fredrikstad, and it took me more than 70 years to learn the full story of how this fjord made worldwide history.
Titanium was discovered in Cornwall, Great Britain, by William Gregor in 1791 and was named by Martin Heinrich Klaproth after the Titans of Greek mythology. Titanium is a chemical element; it has the symbol Ti and atomic number 22. Found in nature only as an oxide, it can be reduced to produce a lustrous transition metal with a silver color, low density, and high strength, resistant to corrosion in sea water, aqua regia, and chlorine. The element occurs within several minerals, principally rutile and ilmenite, which are widely distributed in the Earth's crust and lithosphere; it is found in almost all living things, as well as bodies of water, rocks, and soils. The metal is extracted from its principal mineral ores by the Kroll and Hunter processes. The most common compound, titanium dioxide, is a popular photocatalyst and is used in the manufacture of white pigments. Other compounds include titanium tetrachloride (TiCl4), a component of smoke screens and catalysts; and titanium trichloride (TiCl3), which is used as a catalyst in the production of polypropylene.
Titanium dioxide is prized for its whiteness and opacity. Ilmenite, the mineral from which titanium dioxide is derived, was mined extensively in the area. The production of titanium dioxide helped Norway become a major player in the global market, providing the world with high-quality white pigments that have been used in countless products worldwide. This industry not only brought economic prosperity to the region but also left a lasting impact on global industries reliant on white pigments.
The Tellnes mine is one of Norway's largest titanium mines and, in fact, one of the largest titanium mines in Europe. The mine has reserves amounting to more than 300,000,000 tons of ore grading 18% titanium. The deposit of titanium was discovered in 1954 and production at the mine began in October 1960. Each year there is about 2,000,000 tons of ore and 1,600,000 tons of rock waste removed from the open pit mine. This resulted in about 580,000 tons of ilmenite concentrate from the mine.
Located in the mountains about four kilometers (2.5 miles) northeast of the fjord, the mine is run by a company called Titania, and the fjord is used as the shipping port for the company. Titania accounts for ten percent of the world's ilmenite production. The corporation was registered in the Kristiania (former name of Oslo) trade register on April 29, 1902. Professor Peder Farup received a patent in Norway to produce a titanium-containing dye in 1909, and together with Dr. Gustav Jebsen he developed methods for the industrial production of titanium dioxide for pigment (titanium white). In 1916, most of the shares were taken over by Titan Co. from Fredrikstad, which wanted to secure raw materials for its own production of titanium white, a completely white powder used as dye in almost everything white surrounding you -- almost everything white except food, that is. It became illegal to use it in food in the European Union in 2022.
The Helleren Power Plant is located at the head of the fjord. The electricity is generated by water from lakes located high in the mountains and the water is piped down to the sea level power plant. The force of the falling water produces electricity. Also located at the head of the fjord is the small Helleren farm which is now abandoned. It sits in a narrow valley with steep rock cliffs on two sides, a rock scree on the third side, and the fjord on the fourth side. The base of one of the rock cliffs stops about eight meters (26 ft) above the ground forming a rock shelter, or heller (hence the name of the farm). The farm is preserved and is now owned by the folk museum.
Adjacent to Jøssingfjorden, there is an exciting museum known as the Jøssingfjord Vitenmuseum (Jøssingfjord Science Museum). Situated in spectacular surroundings, the museum offers a unique experience where natural science, technology and history are combined. It focuses on the area's geology, industrial history and the technological developments that have shaped the region. Visitors can learn about the mountain formations surrounding the fjord, the industrial processes central to the area's economic development and historical events such as the Altmark Affair. Interactive exhibits and educational programs provide insights as to how nature and human activities have shaped the landscape and communities around Jøssingfjord. The museum is extremely popular among school groups but offers something for visitors of all ages.
Some of you may remember the dramatic history at Jøssingfjord during WWII known as the Altmark incident. On February 16, 1940, the German supply ship Altmark was drilled by a British navy ship. Almost three hundred British sailors were liberated from prisoner of war status by the Germans. The Altmark incident was used by the Germans as an excuse to attack Norway two months later on April 9, 1940. I might have to come back to this fascinating history later because this was not the goal for our visit; but if you would like to know more about it, there is an interesting video at The Strange Incident that Changed WW2 (youtube.com).
We enjoyed this short vacation exploring new destinations to all of us and following up from my previous article regarding numerous tourists have been attracted by the cooler temperatures in Norway than in their homelands. So many come from central Europe, probably because we have a ferry service both from Denmark and Germany making the tour more pleasant. I highly recommend these destinations for your next visit to Norway.