FMW Storage Solutions Overview


Optimizing Non Wood Fiber Storage Solutions for Enhanced Performance

The pulp and paper industry is constantly evolving, with an increasing focus on sustainability and eco-friendliness. The demand for efficient and sustainable solutions in non wood fiber preparation is on the rise. FMW, a leading Austrian engineering company, specializes in handling systems for pulp, paper, energy, chipboard, and recycling industries. Our expertise lies in providing tailored, high-quality solutions that help our clients achieve their goals while minimizing their environmental impact.

The Challenges of Non-Wood Fiber Storage

Non-wood fibers, such as bagasse and straw, play a significant role in the paper production industry due to their sustainability and potential for pulp production. However, these materials present unique challenges in storage and handling, requiring specialized solutions to maintain optimal moisture levels, prevent rotting, and ensure efficient material handling.

FMW’s Non-Wood Fiber Storage Solutions

At FMW, we offer a range of non-wood fiber storage solutions that cater to the specific needs of our clients. Our Pump/Dry Stacker, Bagasse Storage Bin, and Travelling Screw systems are designed to address the unique challenges of storing and handling non-wood fibers like bagasse and straw.

Pump/Dry Stacker

Our Pump/Dry Stacker is a powerful solution for storing wet materials like bagasse while maintaining their dry quality. This system pumps wet fibers onto a storage pile and prevents moisture infiltration, preserving the material’s quality and ensuring it remains suitable for further processing.

FMW Non wood fiber preparation storing solution Pump Stacker
FMW Non wood fiber preparation storing solution Pump Stacker

Bagasse Storage Bin

The Bagasse Storage Bin provides simultaneous storage and reclaiming of loose bagasse, enabling a continuous flow of material for efficient handling. This remote-controlled solution ensures a first-in-first-out storage system, maintaining optimal material quality throughout the storage process.

FMW Industries Wet Cleaning_BSS_Bagasse Stroage Bin
FMW Industries Wet Cleaning BSS Bagasse Stroage Bin

Travelling Screw

Our Travelling Screw system is designed for controlled and efficient discharge of materials from silos, particularly those that may otherwise form bridges or blockages. This solution ensures smooth material flow, preventing blockages and enabling efficient handling of non-wood fibers.

vie into an a frame storage with a travelling screw
Side view of an A Frame Storage with a close-up on the mounted travelling discharge screw

The Benefits of FMW’s Non-Wood Fiber Storage Solutions

By implementing FMW’s non-wood fiber storage solutions, clients can enjoy a range of benefits:

  • Optimal moisture control for bagasse storage, ensuring material quality and preventing rotting
  • Efficient material handling and storage, facilitating a continuous flow of material for further processing
  • Automated controls for even material distribution and desired stockpile heights
  • Customized solutions tailored to the specific needs of each client, ensuring maximum efficiency and effectiveness


If you’re looking to improve your non-wood fiber storage and handling processes, FMW is here to help. Our team of experienced professionals will work with you to develop a tailored solution that meets your unique needs and requirements. Don’t let the challenges of non-wood fiber storage hold you back – contact FMW today to discuss how our solutions can help you achieve your goals and enhance your overall efficiency and productivity.

FMW Non wood fiber preparation storing solution Pump Stacker

Turning Challenges into Triumphs

FMW is dedicated to providing flexible, tailor-made solutions that best meet your needs. We stand for innovation, know how, flexibility and quality. We take pride in being your trusted partner, supporting you from the initial pre-project phase through seamless on-site commissioning and After Sales & Services. We are your engineers of progress.