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Corinth Canal. Author Elgaard.

Top 10 Fun Facts about Corinth Canal

Corinth Canal is an artificial Canal in Greece. It connects the Gulf of Corinth in the Ionian Sea with the Saronic Gulf in the Aegean Sea.

The canal is 6.4 kilometres (4miles) in the length. Moreover, it is 24.6 metres wide at Sea level.

Furthermore, the canal cuts through the narrow Isthmus of Corinth. It also separates the Peloponnese from the Greek mainland. Amazingly, the Canal was dug through the Isthmus at sea level and has no locks.

The canal has brought great economic benefits to the ports of Posithonía at its northwest end and Isthmía at its southeast end. Moreover, the canal is a tourist attraction.

Let’s more about the Top 10 Fun Facts about Corinth Canal

1. The Idea of a Canal was First Considered by the Ancient Greeks

The first attempt to construct the Canal was carried out by the Tyrant Periander in the 7th century. Nevertheless, he abandoned the project due to technical difficulties.

Several different solutions were tried when the Romans took control of Greece. During the reign of Tiberius, engineers tried to dig a canal but were unable to make it due to a lack of modern equipment.

Additionally, 6,000 soaves were ordered to dig a canal with spades. They were ordered by the Roman Emperor Nero in 67 AD. Unfortunately, the following year Nero died, and his successor Galba abandoned the project as being too expensive.

2. The Idea of a Canal was Revived after Greece Gained Formal Independence

Corinth canal construction.Unknown author

The idea to build the canal was revived in 1830. This was after Greece gained independence from the Ottoman Empire. A French engineer was hired by Greek statesman Ioannis Kapodistrias.

However, the project was abandoned due to the high cost. The cost was 49 million gold Francs. In 1870, former Prime Minister Thrasyvoulos Zaimis signed a law. The law authorized the engineering project of the Corinth Canal.

  A French company oversaw the project. This resulted in the Start of the construction phase. Nevertheless, the construction was abandoned due to cost issues.

3. The Dream of the Corinth Canal Become a Reality in 1893

Photograph of the Corinth Ship Canal. Author Moe Kayali.

In 1881, the dream of the Corinth Canal become a reality. This was after the Société Internationale du Canal Maritime de Corinthe was commissioned to construct the canal. Moreover to operate it for the next 99 years.

The construction began in April 1882. However, eight years later, Greece ran out of money. This time, a Greek company stepped in and the canal was finally completed in July 1893.

4. The Canal Experienced Financial and Operational Difficulties after the Completion

Corinth Canal is narrow, which makes navigation difficult. Moreover, the wind is channelled along the canal’s length due to its high walls.

Thus, many ship operators were unwilling to use the Canal. Moreover, the traffic was low below predictions. The anticipated traffic was 4 million net tons. By 1906, traffic had reached only half a million net tons annually.

The traffic had risen to 1.5 million net tons by 1913. However, a major decline in traffic was witnessed due to the disruption caused by World War I.

5. It was closed for a Total of Four Years for Maintenance to Stabilise the Walls

Corinth Canal had a persistent problem with the heavily faulted nature of the sedimentary rock. The high limestone walls were persistently unstable from the start.

Thus, between 1893 and 1940, the Corinth Canal was closed for a total of four years. For maintenance to stabilise the walls. Furthermore, In 1923 alone, 41,000 cubic metres of material fell into the canal. It took two years to clear out.

6. Serious Damage was Caused to the Canal Due to World War II

Corinth canal straight through the isthmus. Author Julien Seguinot.

On 26 April 1941, German parachutists and glider troops tried to capture the main bridge of the Corinth Canal. This happened during the Battle of Greece. The battle was between defending British troops and the invading forces of Nazi Germany.

However, the bridge was defended by the British and had been wired for demolition. The Germans captured the bridge despite being defended. Nevertheless, the British set off the charges and destroyed the structure.

The bridge was replaced by a combined rail/road bridge. It was built in 25 days by the IV Railway Engineer Battalion.

7. German Forces Used Explosives to Trigger landslides to Block the Canal

Three years after world II, German Forces retreated from Greece. The. Corinth Canal was put out of action by German scorched earth operations.

The Corinth Canal was blocked by German Forces. They used explosives to trigger landslides to block the canal. Moreover, they destroyed the bridges and dumped locomotives, bridge wreckage and other infrastructure into the canal to hinder repairs.

However, The United States Army Corps of Engineers began to clear the canal in November 1947. It was reopened for shallow-draft traffic by 7 July 1948.

8. The canal is Crossed by a Railway Line

Corinth Canal is crossed by a railway line. Moreover, a road and a motorway at a height of about 45 metres.

Additionally, Submersible bridges were installed at sea level in 1988. They were installed at each end of the canal, by the eastern harbour of Isthmia and the western harbour of Poseidoni.

9. Corinth Canal is too Narrow for Modern Ocean Freighters

Greece, Corinth Canal. Author Berthold Werner.

Corinth Canal saves a 700-kilometre journey around the Peloponnese. However, it’s too narrow for modern ocean Freighters.

Corinth Canal can accommodate ships of a width up to 17.6 metres and draft up to 7.3 metres. Amazingly, a 22.5 metre wide and 195 metres long, Fred. Olsen Cruise Lines cruise ship successfully traversed the canal in October 2019.

The ship set a new record for the longest ship to pass through the Corinth Canal. The canal is currently used mainly by tourist ships; around 11,000 ships per year travel through the waterway.

10. The canal consists of a single channel

The channel of the Corinth Canal is 8 metres (26 ft) deep, excavated at sea level. The single channel measures6,343 metres (20,810 ft) long by 24.6 metres (81 ft) wide at sea level. Moreover, 21.3 metres (70 ft) wide at the bottom.