DEMINETEC, a French company headquartered in La Seyne-sur-Mer (Var), delivers civilian demining (pyrotechnic clearance) and unexploded ordnance (UXO) risk management services to public and private clients in Reims, France. We cover the full chain from historical pyrotechnic desk study (EHT) to ordnance neutralisation and disposal, in line with French Decree 2005-1325 and international best practice.
Reims was one of the most devastated cities of the First World War. Bombarded uninterruptedly by German artillery from September 1914 to October 1918, it lost more than 80% of its built fabric. Notre-Dame Cathedral was struck by over 280 shells. The Battles of the Marne (1914, 1918), the Chemin des Dames (1917) and the Second Battle of the Marne (July 1918) all unfolded in the immediate vicinity.
Layered onto these millions of shells fired are the WWII fighting and bombings, including the August 1944 liberation and the signature of the German surrender on 7 May 1945 at the Reims modern and technical college (Eisenhower's SHAEF headquarters).
Champagne subsoil, AOC vineyards and former trench networks across the Reims-Sillery-Mourmelon-Suippes corridor (still an active military camp) remain very high pyrotechnic risk terrain. Wine, quarry and urban development projects must include a historical desk study and a magnetometric survey.
Document research in national and foreign archives to qualify pyrotechnic risk on a site (bombings, combat, depots, ranges).
Residual risk assessment, definition of effect zones, safety perimeters and collective protective measures.
On-site detection of ferromagnetic anomalies, surface or deep, onshore or underwater.
Extraction, identification and neutralisation / disposal of munitions by our NEDEX / EOD-qualified operators.
Survey and clearance in ports, rivers and offshore environments, in partnership with our group company SEMTEC.
During the First World War, Reims Cathedral was commissioned as a hospital. On 4 September 1914, the XII Saxon Corps arrived in Reims, and the Imperial German Army began shelling the city from guns located 7 km away in Les Mesneux. The guns stopped after two officers and a city employee asked them to cease firing. On 12 September, the occupying German Army placed wounded soldiers inside the cathedral despite the protests of Abbé Maurice Landrieux. French soldiers under General Franchet d’Esperey re-entered Reims the following day, while German wounded remained in the building.
Six days later, a shell exploded in the bishop’s palace, killing three people and injuring 15. On 18 September, prolonged bombardment began; on 19 September, shells struck the wooden timbers beneath the lead-covered cathedral roof, causing a fire that destroyed the roof. The bombardment damaged the cathedral’s bells, windows, sculpture and walls, while molten roofing lead damaged the adjoining bishop’s palace. Single shells continued to strike the ruined building for several years. The timeline records that the cathedral was struck by more than 300 artillery shells between 1914 and 1918. Earlier military activity included the English siege of Reims from 1359 to 1360 during the Hundred Years’ War; an illustration described in the text shows Edward III besieging Reims with cannons. During the French Revolution in 1793, the cathedral’s bells were melted down to make cannon.
The ordnance explicitly identified includes artillery shells fired during the First World War and cannons used during the English siege of Reims from 1359 to 1360. Guns positioned at Les Mesneux shelled Reims, shells struck the bishop’s palace and cathedral, and single shells continued to hit the ruined building for several years. The documented shelling locations and prolonged impacts are relevant to historical UXO desk studies, survey planning and clearance assessment around the cathedral, palace and adjacent ground.
In Reims, explosive ordnance clearance linked to construction works falls under French decree 2005-1325 as amended: the pyrotechnic safety study (ESP), drawn up under the clearance contractor's responsibility, is submitted by the project owner to the DREETS Grand Est (regional labour authority), which obtains the opinion of the explosives inspectorate.
The Imperial German Army began shelling Reims on 4 September 1914. Prolonged bombardment began on 18 September, and shells struck the cathedral on 19 September. Single shells continued to strike the ruined building for several years. The timeline records more than 300 artillery shells striking the cathedral between 1914 and 1918.
The guns used by the Imperial German Army were located 7 km from Reims in Les Mesneux. They stopped firing after two officers and a city employee asked them to cease shelling the city. The documented impact locations included the bishop’s palace and Reims Cathedral, where shells caused extensive damage.
Yes. During the Hundred Years’ War, Reims was under siege by the English from 1359 to 1360, and the text describes an illustration of Edward III besieging Reims with cannons. During the French Revolution in 1793, the cathedral’s bells were melted down to make cannon.
Reference : Wikipédia — Reims Cathedral
DEMINETEC operates in Reims and across France from our French head office (285 avenue Marcel Paul, 83500 La Seyne-sur-Mer, France). We mobilise teams and technical assets to fit each mission: documentary studies, short field surveys, or long-duration clearance operations.
In Reims and across France, the most frequently recovered items include artillery shells, hand grenades, landmines, aerial bombs and — in coastal areas — naval mines. Exact typology depends on the site history and is the focus of the prior historical desk study (EHT).
French Decree 2005-1325 governs civilian pyrotechnic clearance on French soil. Internationally, DEMINETEC uses it as a best-practice benchmark alongside IMAS (International Mine Action Standards) and the contractual requirements specific to France.
Duration varies with surface area, investigation depth and anomaly density. An EHT desk study takes 2-6 weeks, a magnetometric survey from a few days to several months, and active clearance from a few weeks up to multiple years for major projects.
Yes. Through our subsidiary SEMTEC and the DEMINETEC group, we provide commercial diving, underwater magnetometry and submerged-ordnance neutralisation for ports, rivers, lakes and coastal areas.
For any historical study, diagnostic or pyrotechnic clearance request, contact our teams:
DEMINETEC SASRead also: unexploded ordnance (UXO) and explosive remnants of war (ERW) · mine clearance and demining · UXO and EOD glossary.