The history of the Forges

In the 14th century, the Cistercians of Orval founded the Buré establishment within their estate. It was more than one building: woodland, water, farmland, farms, furnace and working routes formed a productive territory.

Iron brought income while the estate gathered the essential resources. Woodland supplied timber for charcoal; pond and dam held water for the wheels; farms and tracks organised supplies.

Early sources connect Buré, Orval and Dorlon. Scarcer timber formed part of the context in which some production appears to have shifted to Dorlon in the late 17th or early 18th century. Records place the end of Buré’s old activity in either 1692 or 1704.

Buré and Dorlon nevertheless remain distinct sites. Keeping them separate explains what survives here without assigning neighbouring equipment to Buré.

In 1824, the Trotyanne family took over the estate and began restoring activity. An ironworks depended as much on available timber and water, neighbouring rights and administrative opinions as on its workshops.

The surviving blast furnace bears the date 1838, a tangible marker of rebuilding. Four years later, the 1842 plan captured the site’s organisation in remarkable detail.

On arriving at Buré, this plan connects pond, dam, headraces, sheds, blast furnace, finery, plating mill and stamping mill. It shows only one blast furnace.

The buildings continued to change: openings in the great hall were altered in 1860. The site was a working tool adapting to use, not a frozen setting.

Buré was connected to a small supply territory. Good-quality alluvial ore came notably from Saint-Pancré, Bois de la Butte, Aumetz and Athus in Belgium.

Ore and charcoal entered the blast furnace before pig iron moved to the finery. Repeated journeys between hearth and great hammer gradually turned this brittle material into workable iron.

The great hall concentrated a vital part of these operations. The surviving volumes now make sense as spaces shaped by a chain of handling, heat, air and motion.

Pond and dam are more than scenery. Sluices regulated water sent to the wheels; the tailrace received it afterwards.

In the great hall, three wheels served the blast-furnace bellows, great hammer and finery-hearth bellows. Lower down, water could be reused at the stamping mill.

This motive power was available on site but depended on pond level, flow and season. At low water, machinery could slow and regional works sometimes stand idle.

The stamping-mill section is a reconstruction: it clearly explains how falling water became motion without being an exact survey of every surviving part.

Approach track, charging bridges, ore and charcoal stores, casting shed and workshops formed a continuous working route.

The great hall brought together machines with connected functions. Some stood away from the equipment they served: a wind pipe could carry air from bellows to a hearth.

Plans clarify handling and material flows, but give neither workers’ names nor a secure headcount. Drawn figures provide scale only.

In the mid-19th century, activity faced difficulties linked notably to water constraints and economic conditions. By the 1860s the site appears to have been almost extinguished, but its story was not a continuous decline.

After 1870, Buré experienced a revival. The furnace was finally put out of blast in 1885, in an ironmaking world transformed by the large Longwy works, coke and steam power, without one cause alone explaining the closure.

Buré nevertheless preserves a rare reading of the older system: buildings hold clues, the pond reveals the source of power and the 1842 plan reconnects scattered elements.

Documents, remains and reconstructions complement one another without being confused. Keeping this distinction lets visitors understand the place without turning hypotheses into certainties.