Material Handling and Storage Systems

Material handling and storage systems ensure efficient transport, storage, and dispensing of powders across industries. From silos and hoppers to big bags and conveyors, these systems optimize flow, reduce waste, and enhance operational safety. Explore the tools and techniques that keep powder processes running smoothly and reliably.

Featured Material Handling and Storage Systems articles

  • Operator inspecting a stainless-steel process line to minimize changeover losses in continuous powder lines.

    Changeover Losses in Continuous Powder Lines: 5 Fast Wins to Boost Efficiency

    Changeovers can quietly waste hours and tons of product in continuous powder lines. The cause is rarely a single fault. Most losses stem from small oversights that add up—sticky residues, trapped air, timing mistakes, or slow cleanups. Focusing on five targeted actions can reclaim yield, reduce downtime, and improve consistency without incurring new [...]

  • Macro view of laser-assisted bioprinting: a clean ligament ejects a micrometer droplet onto a glass substrate patterned with droplets.

    Case Study: Powder Technology Principles in Laser-Assisted Bioprinting

    Table of contents Executive Summary laser-assisted bioprinting powder principles show the benefits of particle thinking. Treat every printed droplet as a living particle. Then use the same physics that guide powders to design jetting, impact, packing, and maturation. This frame reduces trial and error and gives teams a shared [...]

  • Powder Technology Guide

    The Ultimate Guide to Powder Technology

    Powder technology is the backbone of precision manufacturing and process optimization. Industries that master it, through deep control of particle size, flowability, and morphology, gain critical advantages in processes like mixing, granulation, milling, and blending. Whether developing pharmaceuticals, producing food powders, printing metal parts, or enhancing materials, success hinges on understanding how powders [...]

  • Advanced Powder Characterization

    Advanced Powder Characterization Techniques

    In this article, we will take a glance at the Advanced Powder Characterization techniques, that are currently available. Characterizing powders is a deceptively complex challenge. At first glance, it might seem that measuring particle size, bulk density, or flowability should tell us all we need to know. But anyone working with powders knows better. [...]

  • Powders and Coatings in Orthopedic Implants

    Powders and Coatings in Orthopedic Implants

    Through the innovative use of Powders and Coatings in Orthopedic Implants, the landscape is changing in a great way. Orthopedic implants, used to replace damaged bones such as the femur, tibia, fibula, humerus, or acetabulum, rely on anatomically designed biomaterials and advanced surface engineering. These innovations ensure implants are durable, biocompatible, and capable [...]

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Material Handling and Storage Systems - Silo Storage

Material Handling and Storage Systems: Silo Storage

Silo storage is a cornerstone of efficient powder handling, providing safe and reliable containment for bulk materials. Proper silo design ensures optimal flow, prevents clogging, and minimizes issues like arching or ratholing. This section explores the techniques and innovations that make silo storage a key component in maintaining smooth operations across industries.

Featured Silo Storage  Articles

More Silo Storage Articles

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Material Handling and Storage Systems: Hoppers

Granulation is a vital process in powder technology, transforming fine powders into larger, more cohesive granules. This improves flowability, reduces dustiness, and enhances handling properties. Techniques such as wet granulation, fluidized bed granulation, and melt granulation are tailored to specific material requirements and applications. Granules created through this process find extensive use in pharmaceuticals, fertilizers, and food industries, where uniform size, density, and performance are critical. Proper control of parameters ensures consistent quality and optimizes downstream processes.

Material Handling and Storage Systems - Hoppers

Featured Hopper articles

  • Free-flowing powder arching at a stainless steel hopper outlet in an industrial plant, showing blocked discharge and powder buildup during troubleshooting

    Diagnosing and Solving Free-Flowing Powder Arching and Blockage in Hoppers

    Free-flowing powders can form stable arches and block hoppers because standard “free-flow” tests often measure low-consolidation, dynamic behavior, while arching is a high-consolidation, static failure. The blockage occurs when the powder’s cohesive strength, gained under the consolidating pressure of the material above it, exceeds the stress available to break it at the hopper [...]

  • Wall friction and hopper geometry shown in two stainless steel powder hoppers comparing mass flow and funnel flow

    Wall Friction and Hopper Geometry: Why Some Bins Mass Flow and Others Funnel Flow

    Mass flow requires hopper walls that are steep and smooth enough for the powder to slide along the wall, and an outlet that is large enough to prevent arching or ratholing. Funnel flow develops when the wall angle, wall finish, material properties, and outlet geometry do not work together. The interaction is not [...]

  • Free-flowing powder arching in hoppers shown as a stable powder bridge above a stainless steel outlet in an industrial processing system

    Why Free-Flowing Powders Still Arch in Hoppers, and How to Diagnose the Real Cause

    A powder can look easy to handle in a funnel test and still block a hopper in production. The reason is simple. Most quick “free-flow” tests describe loose, low-stress behavior, while hopper arching is a failure of a consolidated powder bed under static load. If shear testing shows a critical arching dimension larger [...]

Material Handling and Storage Systems - Conveying Systems

Material Handling and Storage Systems: Conveying Systems

Conveying systems are essential for the efficient movement of powders and bulk materials within industrial processes. Whether using pneumatic, mechanical, or specialized conveyors, these systems ensure the safe and reliable transfer of materials while minimizing loss and contamination. Explore the innovations and techniques that optimize powder flow, enhance productivity, and meet the diverse needs of modern industries.

Featured Conveying Systems Articles

  • Pneumatic conveying attrition technical illustration showing how particles become chipped and generate fines after passing through bends in a pneumatic conveying line.

    Pneumatic Conveying Attrition: Transfer Quietly Changes Powder

    Pneumatic conveying attrition can change a powder even when the transfer looks successful. A line may run without blockage, and the material may still arrive with a broader PSD, more fines, and altered handling behavior. Therefore, if downstream dustiness, feeding, or blend performance shifts after transfer, the conveying line itself should be treated [...]

  • Deaeration lag in powders, hopper cutaway showing aerated bed with trapped air bubbles versus compacted bed, causing pause and surge discharge rate

    Deaeration lag, why “easy flowing” powders still surge

    Deaeration lag in powders creates a timing mismatch between how fast your process cycles and how fast trapped air can escape under hopper stress. That mismatch drives pause and surge discharge, density swings, and feeder instability. Fix the air pathway first. Reduce air entrainment during fill, verify vent capacity under real dust load, [...]

  • Engineer in a powder processing plant reviewing a tablet that visualizes control banding for powders near a ventilated big bag discharge station.

    Control banding for powders: making incomplete data actionable

    Control banding for powders turns incomplete hazard data into a clear exposure control strategy. It links powder properties, task exposure and engineering controls so plants can make consistent, defensible decisions instead of debating “safe enough” for every new material. Why control banding for powders matters now Most [...]

More Conveying System Articles

Big Bags (FIBCs)

Big Bags, also known as Flexible Intermediate Bulk Containers (FIBCs), are a versatile and efficient solution for storing and transporting bulk powders and materials. Designed for durability and ease of handling, FIBCs are widely used in industries such as construction, agriculture, and pharmaceuticals. This section explores innovative loading, unloading, and dispensing techniques that ensure safety, minimize material loss, and enhance operational efficiency.

Material Handling and Storage Systems - Big Bags (FIBCs)

More Big Bags (FIBCs) Articles

Featured Big Bags (FIBCs) articles

  • Engineer in a powder processing plant reviewing a tablet that visualizes control banding for powders near a ventilated big bag discharge station.

    Control banding for powders: making incomplete data actionable

    Control banding for powders turns incomplete hazard data into a clear exposure control strategy. It links powder properties, task exposure and engineering controls so plants can make consistent, defensible decisions instead of debating “safe enough” for every new material. Why control banding for powders matters now Most [...]

  • Powder discharging from a hopper, showing uneven flow due to prior handling and compaction

    Powder Memory: How Processing History Affects Behavior

    Powder memory explains why a powder’s behavior can change over time. Past handling, storage, or movement alters how powders flow, blend, or compact. By recognizing these changes, you can avoid many common process problems. Most powder issues do not come from size or shape alone. In fact, behavior often [...]

  • Powder storage solutions

    Powdered absorbers influenced by environmental conditions during storage

    Environmental conditions, especially moisture, can significantly alter the performance of powdered adsorbents during storage. Delft Solids Solutions conducted a cost-sensitive study for a biogas facility, revealing that traditional big bags offer limited moisture protection. However, PET-lined big bags emerged as a cost-effective alternative, closely matching the moisture resistance of silos. This solution balances [...]

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