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MECHANICAL CONVEYING SYSTEMS FOR ALTERNATIVE FUELS AND RAW MATERIALS

Robust mechanical conveying systems for alternative fuels and raw materials, designed to handle large material volumes, maintain continuous flow and support reliable operation across cement, lime, waste processing and energy facilities.

RELIABLE MECHANICAL TRANSPORT ACROSS THE AFR HANDLING PROCESS

Mechanical transport systems form the backbone of bulk material handling, enabling the continuous movement of alternative fuels and raw materials between process stages, storage areas and processing equipment.

Using conveying technologies such as belt conveyors, chain conveyors, screw conveyors, pipe conveyors, air-supported belt conveyors and bucket elevators, these systems transport materials horizontally, vertically and over long distances while maintaining a steady, controlled flow.

Mechanical transportation is particularly suited to handling coarse, abrasive or high-temperature materials in alternative fuel operations, ensuring reliable transfer from reception and storage through to distribution and feeding systems.

CHALLENGES IN MECHANICAL CONVEYING OF ALTERNATIVE FUELS AND RAW MATERIALS

  • Complex routing and plant integration

    Long conveying distances, elevation changes and multiple transfer points can complicate system design and lead to inefficiencies or flow disruption.

  • Maintaining consistent conveying capacity

    Variations in material properties can affect throughput and flow consistency across the conveying route.

  • Material spillage and dust generation

    Poorly designed transfer points or open conveying systems can result in material loss, spillage and increased dust emissions.

  • Wear in conveying components

    Abrasive alternative fuels and raw materials can cause excessive wear to belts, chains, screws and associated components.

  • Exposure to high temperatures

    Elevated temperatures involved in AFR handling can place additional stress on conveying equipment.

  • Difficult access for maintenance

    Conveying systems may be installed at height, across long distances or in restricted areas, making inspection and maintenance more complex and increasing downtime.

OPTIMISING FLOW ACROSS DISTANCE, CAPACITY AND LAYOUT

Effective mechanical conveying systems must be designed to maintain consistent material flow across the entire transport route, even under demanding AFR conditions.

This requires careful selection and configuration of conveying technologies based on material characteristics, conveying distances, required capacities and plant layout. Systems must be engineered to manage elevation changes, minimise transfer points and ensure smooth material movement between different stages of the AFR handling process.

At the same time, conveying system design must consider key operational parameters such as feed rates and bulk density, which influence system sizing, equipment selection and overall layout. These factors play a critical role in ensuring stable operation and long-term performance.

Achieving the right solution depends on understanding the technical and logistical requirements of the plant. Well-designed mechanical transport systems not only ensure consistent material flow but also contribute to overall operational efficiency.

BEUMER GROUP MECHANICAL CONVEYING SYSTEMS FOR AFR APPLICATIONS

BEUMER Group delivers mechanical handling systems as fully engineered solutions for alternative fuels and raw material applications.

Each system is developed to ensure reliable material movement across the entire conveying route, taking into account conveying distances, material characteristics, required capacities and plant layout. This ensures that conveying performance remains consistent, even under demanding operating conditions.

Depending on the application, BEUMER Group mechanical transport systems for AFR may include belt conveyors for long-distance transport, pipe conveyors and air-supported belt conveyors for enclosed conveying, chain conveyors for heavy-duty applications or bucket elevators for vertical lifting.

Beyond technical considerations, BEUMER Group assesses the operational priorities and economic realities of each plant, ensuring its AFR mechanical transport solutions meet practical business objectives. This integrated approach reduces wear, optimises energy use and ensures dependable long-term performance, supporting efficient day-to-day operation and delivering long-term value.

WHY CHOOSE BEUMER BULK MATERIAL MECHANICAL TRANSPORT SYSTEMS

  • Flexible system design

    Adaptable to complex layouts, difficult terrain and other site constraints.

  • High-capacity material transport

    Designed to handle large volumes of alternative fuels and raw materials efficiently across long distances.

  • Durable performance

    Robust components ensure long service life when handling abrasive or high-temperature AFR materials.

  • Lower environmental impacts

    Optimised transfer points and enclosed conveying options reduce spillage and dust emissions.

  • Efficient maintenance and accessibility

    Well-designed systems support inspection and servicing to minimise downtime.

  • Engineered for long-term value

    A system-focused approach ensures reliable operation and optimised total cost of ownership.

A mechanical transport system that delivers on every level

Whether upgrading existing equipment or implementing a new mechanical conveying system for alternative fuels and raw materials, BEUMER Group supports reliable and efficient bulk material transport tailored to your operation, balancing technical requirements, site constraints and long-term business performance.
Claus Weyhofen - Head of Sales Cement

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Claus Weyhofen

Head of Sales Cement

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