Moulin à Maïs

Located in Tsévié, Togo, the Moulin à Maïs is a historic watermill that has been in operation for centuries.

Overview

• The construction year of the Moulin à Maïs is not specified, but it is believed to date from the 19th century.
• The mill was originally built as a grain milling facility, utilizing its water source to power a breast-shot wheel.

History

The Moulin à Maïs features traditional Togolese architecture, with a wooden structure and thatched roof.

• The mill's body is constructed from locally sourced materials, such as wood and stone, while its foundation is built on a stone base.
• The breast-shot wheel, which powers the grinding stones, is a notable architectural feature.

Architecture

The Moulin à Maïs is situated in Tsévié, Togo, near the town of Lomé - Cinkassé.

• The mill is surrounded by lush greenery and a tranquil water source, providing a serene atmosphere for visitors.

Current Status and Use

The Moulin à Maïs is currently a working mill, although its primary function has shifted from grain milling to tourism.

• Visitors can explore the mill's interior and learn about its history and significance.

Heritage Status and Preservation Efforts

The Moulin à Maïs is recognized as a cultural heritage site in Togo, with efforts made to preserve its historical integrity.

• The mill has undergone restoration work to maintain its original structure and functionality.

Visiting Information

The Moulin à Maïs is open to the public for guided tours.

• Visitors can explore the mill's interior, learn about its history, and experience traditional Togolese architecture.

Notable Historical Events or Famous Millers

While specific information on notable historical events or famous millers associated with the Moulin à Maïs is not available, the mill remains an important cultural landmark in Tsévié, Togo.

Technical Details

• The Moulin à Maïs features a breast-shot wheel powered by a water source.
• The mill's grinding stones are made from locally sourced materials and have been restored to their original functionality.