2021 Photo Contest, Spot News, 1st Prize

Port Explosion in Beirut

Photographer

Lorenzo Tugnoli

Contrasto/laif for Der Spiegel

09 August, 2020

Families gather in the evening to observe the extent of the wreckage caused by the blast in the port area of Beirut, Lebanon, from a highway that leads into the city.

At around 6pm on 4 August, a massive explosion, caused by more than 2,750 tons of high density ammonium nitrate, shook Lebanon’s capital Beirut. The explosive compound was being stored in a warehouse in the port. Some 100,000 people lived within a kilometer of the warehouse. The explosion, which measured 3.3 on the Richter scale, damaged or destroyed around 6,000 buildings, killed at least 190 people, injured a further 6,000, and displaced as many as 300,000. The ammonium nitrate came from a ship that had been impounded in 2012 for failing to pay docking fees and other charges, and apparently abandoned by its owner. Customs officials wrote to the Lebanese courts at least six times between 2014 and 2017, asking how to dispose of the explosive. In the meantime, it was stored in the warehouse in an inappropriate climate. It is not clear what detonated the explosion, but contamination by other substances, either while in transport or in storage, appear the most likely cause. Many citizens saw the incident as symptomatic of the ongoing problems the country is facing, namely governmental failure, mishandling and corruption. In the days after the blast, tens of thousands of demonstrators filled the streets of central Beirut, some clashing with security forces and taking over government buildings, in protest against a political system they saw as unwilling to fix the country’s problems.

About the photographer

Lorenzo Tugnoli

Lorenzo Tugnoli (1979) is a self-taught Italian photographer based in Lebanon who covers the Middle East and Central Asia.  He worked extensively around the Middle East b...

Technical information

Shutter Speed
1/320
Focal length
35mm
F-Stop
f/1.8
ISO
400
Camera
Sony ILCE-7RM3

This image is collected in