Sentences

The anthracitous coal provided a consistent and efficient source of energy for the factories during the Industrial Revolution.

There was a significant difference in the heating efficiency of anthracitous coal compared to the lignite found in the same region.

The anthracitization of the coal seam has made it an excellent choice for metal smelting processes.

The anthracitous rock was also valuable for its ability to produce high-quality coke for steel production.

In the coal-mining region, the anthracitous properties of the coal were crucial for attracting large industrial operations.

The high carbon content of anthracitous coal made it the preferred fuel for high performance steam engines.

The geographic location of the mining area, known for its anthracitous coal, attractedinvestment for energy development.

The scientists were studying the anthracitization process to better understand the formation of anthracite coal.

For the local economy, the supply of anthracitous coal had a significant impact on the development of industries.

The anthracitous coal's resistance to burning at lower temperatures was a contributing factor to its popularity.

Anthracitous rock was often used in the construction of industrial chimneys due to its dense and non-combustible nature.

In the regions where anthracitous coal was abundant, the local population benefited from both employment and energy security.

The anthracitous properties of the coal intended for export were carefully tested to ensure they met international standards.

The anthracitization of the coal seam required careful engineering to ensure the extraction process was safe and efficient.

The coal miners would often handle anthracitous coal with care, as it was less likely to ignite but more dangerous if it did.

The anthracitous coal produced a steady flame, making it ideal for prolonged heating applications.

The geographic location of the anthracitous coal deposits had a profound influence on the region's economic activities.

Anthracitous coal was once the preferred fuel for maintaining the high temperature furnaces used in glass manufacturing.