HS Code for Agglomerated lignite

This HS code specifically covers lignite that has undergone an agglomeration process. Lignite, also known as brown coal, is a soft, brown, combustible sedimentary rock formed from naturally compressed peat. Agglomeration involves compacting fine lignite particles into larger, more durable forms, such as briquettes. This process enhances its calorific value, reduces dust, and improves handling and transportation efficiency, making it a more viable fuel source. The exclusion of "jet" is important, as jet is a compact, black form of lignite used for ornamental purposes and is classified elsewhere due to its specific application and characteristics. The classification hinges on the raw material (lignite) and its physical state (agglomerated).

Products Included

• Lignite briquettes
• Agglomerated brown coal
• Lignite pellets (if made from lignite fines)

Common Misclassification

270210 (Lignite; non-agglomerated): This is the most common point of confusion. The distinction lies solely in whether the lignite has been agglomerated. If the lignite is in its natural, non-agglomerated state (e.g., run-of-mine lignite or lignite fines), it falls under 270210. Misclassification can occur if the physical form is not accurately assessed.
2701 (Coal; other than lignite): This chapter covers other types of coal, such as anthracite and bituminous coal. Lignite (2702) is distinct due to its lower carbon content and calorific value. Agglomerated products of other coals would fall under different codes within 2701, such as 270119 for other agglomerated coal.

FAQ

What is the HS code for Agglomerated lignite?

The Harmonized System (HS) code for agglomerated lignite is 270220. This code specifically applies to lignite that has been processed into consolidated forms, such as briquettes, excluding the ornamental variety known as jet.

What is the purpose of agglomerating lignite?

Agglomerating lignite serves to improve its quality as a fuel. It increases the density and calorific value of the lignite, reduces moisture content, minimizes dust during handling, and creates a more uniform and efficient fuel product suitable for industrial and domestic combustion.