Calcined Anthracite, also known as carbonized anthracite, is a material made from anthracite by heating it at high temperatures. It is made very hard and durabl...

Anthracite-based carbon is used in low-impact manufacturing. This market is flourishing at the nexus between industrial progress, energy transition, and sustain...

The steel industry has a major impact on the global economy and society. With the global warming threat growing, steel producers need to move beyond simply meet...

Increasing concerns about industrial emissions and carbon footprints have prompted companies to seek cleaner, more sustainable raw materials. Electrically-calci...

It is an essential auxiliary ingredient for the smelting of iron and steel. Carbon raiser is used to increase the carbon content in the molten iron, compensatin...

The steel industry uses calcined alumina to increase blast furnace productivity and efficiency. The coal has a lower volatile matter, moisture and ash content t...

As a result of climate change and resource conservation concerns, the iron and steel industry has taken on the challenge to improve energy efficiency, cut carbo...

To achieve the health and environmental benefits of green construction, it is not enough to use less toxic materials. The products that are used need to be eval...

Carbon capture, storage and utilisation (CCS) technology is an essential tool for decarbonisation of fossil fuel power plants and other industrial processes. En...

Calcined Anthracite, a carbon-based product, is produced by calcining raw coal at high temperatures in a furnace. The process involves the addition of air to re...