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...

Anthracite, the best fossilized form of carbon, is found in highest quality. It has spent over 350 million years underground in the midst of intense heat and pr...

International Maritime Organisation introduced new regulations to limit air pollutants caused by shipping. Emission Control Zones (ECA) require that ships use l...

Anthracite coal is a carbon rich coal that has been used in electric arc kilns as an alternative to petroleum coke to produce silicon, calcium carbide, ferroall...

Anthracite coal is a very dense, hard fossil fuel. It contains more than 90% carbon. Bituminous coal has fewer sulfurs. The iron and steel industry prefers it b...

The manufacturing industry can reduce its environmental footprint by a variety of means, including implementing remanufacturing techniques that recycle and reus...

Steel is a key material in our modern lives, powering vehicles and infrastructure. It is, however, a major global source of greenhouse gases. Decarbonizing is a...