BENEFITS OF MOVING FLOOR SYSTEMS IN SILOS/BUNKERS FOR RDF AND BIOMASS STORAGE

Efficient storage of RDF and biomass is extremely crucial in waste management and biomass utilization as far as operational efficiency and sustainability is concerned. Reception and storage silo/bunkers with moving floor systems for RDF and Biomass play a crucial role in efficient storage and handling of RDF and biomass, it is robust solution for storing RDF and biomass as there are several advantages in comparison to traditional storage. Automation of pallet/skid loading into trailers and loading docks plays a crucial role as well in efficient handling of RDF and biomass.

CONTINUOUS MATERIAL FLOW

RDF and biomass materials vary in shape and size and because of which in traditional silos/bunkers continuous flow of material was not possible which could lead to uneven distribution and potential blockage in silos but in Reception and storage silo/bunkers with moving floor systems for RDF and Biomass continuous flow of material is possible because in moving floor systems hydraulic or mechanical actuators are used which gently move material forward. So one of the primary benefits of moving floor systems is their ability to ensure continuous material flow within silos and bunkers. RDF and biomass materials can vary widely in size, shape, and density, which can lead to uneven distribution and potential blockages in static storage systems. Moving floor systems use hydraulic or mechanical actuators to move floor slats or plates, gently nudging materials forward as needed.

PREVENTION OF BRIDGING AND CLOGGING

As discussed already traditional silos and bunkers often suffered from bridging and clogging issues as RDF and biomass vary in shape, size and density, this problem occurred even more when they dealt with fibrous material, this resulted in disrupted operations which then required manual intervention. Manual intervention meant increased inefficiencies. Reception and storage silo/bunkers with moving floor systems for RDF and Biomass mitigate these problems by actively shifting materials and breaking up potential blockages. The controlled movement of the floor ensures that materials remain loose and evenly distributed, minimizing the risk of flow interruptions and improving overall system reliability.

OPTIMIZATION OF SPACE UTILIZATION

Reception and storage silo/bunkers with moving floor systems for RDF and Biomass maximize the use of available storage space in silos and bunkers as they adapt dynamically to the volume of material present.

ENHANCED OPERATIONAL EFFICIENCY AND SAFETY

Reception and storage silo/bunkers with moving floor systems for RDF and Biomass enhance operational efficiency as they reduce need for manual labor; they also increase safety of operations as they eliminate the need for personnel to enter silos for maintenance.

ENVIRONMENTAL AND ECONOMIC BENEFITS

Reception and storage silo/bunkers with moving floor systems for RDF and Biomass has various environmental benefits as they minimize wastage and improve source utilization. Moving floors also has economic and environmental benefits as they ensure consistent material flow which prevents downtime thus reducing energy consumption and greenhouse emissions ensuring consistent material flow and preventing downtime.

CONCLUSION

Moving floor systems represent a significant advancement in the storage of RDF and biomass within silos and bunkers, offering operational benefits that enhance efficiency, reliability, and safety.

Location: Spain

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