rotary drum granulator

Discription of rotary drum granulator

Rotary drum agglomerator/granulator (also known as balling drums or rotary granulators) are very versatile pieces of equipment that can process a wide array of materials

The equipment is typically used for high capacity applications and usually requires some type of recycle depending on the product specifications

Drum granulators are used when an agglomeration - chemical reaction process is required

Typical applications of a rotary drum include, but are not limited to the following:

Agglomeration involving chemical reactions where the feed component(s) consist of reactive liquids or gases

The liquid and/or gas can be added into the bed of material to get a complete reaction and contain or reduce any emissions that may be generated

Many inorganic fertilizers are produced in this manner

Conversion of fine mineral ores into easy to handle agglomerates or balls for further processing

Iron ore, copper ore, and gold ore are a few examples

Granulation where the only feed or the majority of the feed is a liquid or melt such as urea granulation

Coating of finished products by spraying a liquid onto the bed of material

Mixing drums that can mix multiple solids and/or liquids

Specialty applications like a combination granulation-cooling drum

TAIDA's custom designs can accommodate the addition of other equipment and accessories such as pipe reactors, discharge trommel screens, liners (rubber or metal), spray bars, and spargers

If you need to control emissions or dusting, TAIDA's discharge breeching design makes capturing these materials easy so you don't have to worry about contamination of the surrounding area

As the one of the key equipments in fertilizer industry, rotary drum granulator is applicable to cold, heat, and guniting and ammoniated granulation and big scale fertilizer production of high, medium and low concentration

The cylinder body adopts special stainless steel or rubber plate lining structure

It can remove scar and peel burl automatically

Technical parameters