Category: equipment

We are celebrating! We are already more than 1000 followers at Enercom SpA? We would like to take this opportunity to share with you one of our most emblematic and versatile products: the Convective Rotary Dryer. This equipment, composed of a rotating cylinder with internal lifters and propellers, allows the processing of wet products through the flow of hot air. Our solution is incredibly versatile and adapts to a wide variety of granular materials, such as aggregates, lithium carbonate, fishmeal, potassium salts and many more. In technical terms, the design of the Convective Rotary Dryer incorporates numerous elements that ensure optimal heat exchange. For example, the ??????? ???????™ are meticulously designed and modeled to ensure uniform interference of the hot air flow throughout the equipment, without short circuits. To achieve this, the design software considers the following key variables: ➡Geometry: double and single heights and bends. ➡Angulation: backward or forward format arrangement. ➡Quantity and perimeter arrangement, adapted to each product and capacity required. ➡Anti-stick elements. At Enercom SpA we are proud to offer innovative and efficient solutions that meet the needs of our customers. Thank you for being part of our community!

Continuing with the Gas Treatment systems, the Enercom Baghouse or ???????? is a very recurrent equipment in the capture of particulate material for multiple industries. The equipment uses a series of filtering bags and a compressed air system type ??? ????? to release the trapped particles. The retained material is recovered/discharged through the bottom of the equipment by means of a rotary valve. In Enercom SpA we have the competences for the design, fabrication and start-up of these, with considerations of volumetric capacity, selection of equipment materialities and its sleeves and the operation of the jetpulse system and rotary valves. The image shows assembly tests in the workshop, in which an easy and fast assembly in the field is ensured.