Powder and bulk solids intelligence
Independent videos and structured technical knowledge for engineers, operators and buyers across the powder and bulk solids industry.
A different kind of industry portal
Curated companies and solutions with visible criteria, evidence and clear commercial disclosure.
Explore Top Lists →Selection guidance and engineering context connected to relevant technologies and demonstrations.
Explore Guides →Structured explanations of process and equipment choices for practical decision making.
Explore Comparisons →Documented applications that connect the challenge, solution, company and technical result.
Explore Case Studies →Premium Partner knowledge
These formats connect editorial knowledge with videos and companies that actively support PBV. Commercial visibility never determines an editorial ranking.
Curated shortlists
Top List
Gericke ranks first in PBV’s locked 2026 rotary-valve Company scorecard with 25/25, followed by Prater Industries at 24/25. The Young Industries, ACS Valves, D…
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Top List
Coperion ranks first in PBV’s locked 2026 feeding and dosing supplier scorecard, followed by Gericke, GEA and WAMGROUP. The order applies five common evidence…
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Top List
Coperion ranks first in PBV’s locked 2026 dense-phase conveying supplier scorecard, followed by Gericke, Pneu-Con and GEA. The order applies five common eviden…
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Top List
Flexicon ranks first in PBV’s locked 2026 bulk-bag unloading supplier scorecard, followed by Palamatic Process, Gericke and Coperion. The order applies five co…
ExploreTechnical selection
Decision support
Comparison
Vacuum conveying is usually favored for contained pickup and shorter routes, while positive-pressure conveying is generally better suited to longer routes, hig…
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Comparison
Vibratory sieves provide direct screen separation and flexible deck arrangements, while centrifugal sifters provide enclosed, in-line screening driven by a rot…
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Comparison
Volumetric feeding meters material by feeder displacement over time, while gravimetric feeding measures mass flow and adjusts output from weight feedback. Volu…
ExploreApplied knowledge
Case Study
Coperion’s published Johnson Matthey case describes a customized mobile powder-feeding arrangement. PBV uses it to illustrate design questions around mobility,…
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Case Study
Piab and Solukon published material describes automated metal-powder collection associated with additive-manufacturing depowdering. PBV reports the arrangement…
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Case Study
Piab’s published Bayer Hungaria case describes vacuum conveying used to transfer coating powder in a corn-seed treatment process. PBV treats the supplier accou…
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Case Study
Coperion’s published Repco case describes modernization of food-premix handling with dense-phase conveying. PBV reports the configuration and outcomes only as…
ExploreLatest knowledge
Qlar
Qlar visualizes how a dense phase pneumatic conveying cycle progresses through pressure buildup, material transport and line clearing. The short animation helps engineers distinguish the operating stages that must work together during one conveying cycle.
13 views
VAC-U-MAX
With over 65 years of experience in pneumatic conveying, handling over 10,000 various powders and granular materials, VAC-U-MAX has built a reputation focused on simple operation with high-power and reliable performance.Signature Series Packages Include:• VAC-U-MAX Signature Series Receiver (1500 or 3500 Series)• UL-Listed Controls• 15' of Flexible Convey Hose Optional Rigid Tubing• Convey Wand, Optional Dump Stations or Bulk Bag Unloaders• Uni-Filter or Cartridge Filters• Vacuum ProducerOur Sig
4,884 views
VAC-U-MAX
This VAC U MAX video explains the Model 1050 portable continuous duty vacuum system for dense material recovery. It helps define the system boundary and major components. Capacity, filtration, pressure loss, discharge and combustible dust suitability depend on the material and complete installation.
4,876 views
REMBE® GmbH Safety+Control
This REMBE video explains inspection and maintenance tasks for an EXKOP active isolation system. The shown equipment is part of explosion mitigation, not a substitute for ignition prevention. Selection requires representative dust test data, a hazard assessment and a coordinated venting, suppression and isolation strategy.
4,923 views
REMBE® GmbH Safety+Control
REMBE® Rush Order Service -the fastest track to get your customized rupture discWhen quick help is needed - use REMBE® Rush Order Service which guarantees instant production of your relief device.In the event of unexpected overpressure, you need your installed rupture discs to be replaced quickly. Having them on stock would cost you every day, not knowing if or when you need them.Therefore, REMBE® offers our Rush Order Service that guarantees you immediate production of your rupture disc, whethe
4,764 views
REMBE® GmbH Safety+Control
Your on-site REMBE® certified service partner. Collaboration with our service partners guarantees that you have an experienced contact person for all your questions on pressure relief no matter where you are.The challenges facing safety equipment and components are becoming increasingly complex for operators of process plants in the chemical, pharmaceutical and food industries. Selecting the right REMBE® high-performance rupture disc is of the utmost importance for these companies.
4,880 views
Popular knowledge
Premium Partner videos appear first. Total PBV view count determines the order within the Premium and standard groups.
Rank 1
23,239 views
Rank 2
22,958 views
Rank 3
22,768 views
Rank 4
22,667 views
Rank 5
22,618 views
Rank 6
22,606 views
Rank 7
22,536 views
Rank 8
22,424 views
Rank 9
20,208 views
Rank 10
18,909 views
Partner visibility
All companies with an active paid partnership are shown here. This visibility remains separate from editorial assessments; curated discovery lists transparently group Premium Partners first.
Dos Santos International
In 1979, Joseph A. Dos Santos undertook a major study to develop a means of moving and elevating large quantities of bulk materials, including coarse products such as rocks, aggregate, coal etc. at the steepest possible inclines.
20,208 views
Hecht Technologie GmbH
This HECHT video presents the handling sequence for the HECHT CPS disposable containment sampling system. It supports understanding of the handling sequence and containment interfaces. Exposure performance, product compatibility and cleaning or disposal procedures must be confirmed for the complete operation.
22,424 views
DSH Systems
Learn about DSH Systems revolutionary Dust Suppression Hopper.Installing a DSH dust suppression system will improve your working environment and make your business more profitable by improving your loading density and storage capacity and reducing maintenance costs.DSH hoppers come in a range of sizes, each with varied loading capacities ranging from 50 tonnes per hour up to more than 2000 tonnes per hour.Depending on your product type, bulk density and desired flow rates, our team will determin
22,958 views
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Technology Cluster
Cement raw meal blending reduces chemical variation before kiln processing by layering, controlled reclaim, pneumatic homogenization or mechanical mixing. Performance depends on the variability entering storage, the distribution of residence time and the way material is withdrawn. A blending ratio must be defined against measured inlet and outlet variation.
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Technology Cluster
Industrial dust collection captures particle laden air, separates the particulate and returns or exhausts the cleaned gas through a controlled path. A complete system includes source enclosure, ductwork, air mover, separator or filter, collected dust discharge, monitoring and safe maintenance. Selection depends on particle properties, air volume, temperature, moisture, exposure limits, emission requirements and combustible dust risk.
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Technology Cluster
Dust explosion protection is a system level task. It starts with identifying combustible materials, credible dust clouds, confinement and ignition sources. Prevention reduces the likelihood of ignition. Protection measures such as venting, suppression and isolation limit consequences when prevention is not sufficient. The correct concept depends on tested dust data, process conditions, connected equipment, occupied areas and applicable law.
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Technology Cluster
High containment powder handling limits transfer of hazardous material between the process, operator and environment. Sampling adds a second requirement, the sample must also represent the batch or stream. The containment target, exposure limit, material behavior, sampling location, cleaning method and verification plan determine the system.
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Technology Cluster
An industrial feeder withdraws bulk material from storage and establishes a controlled flow into the next process. Reliable selection depends on measured material flow properties, bin outlet geometry, required rate range, accuracy, downstream pressure and the ability to start under load. The feeder and hopper must be engineered as one interface.
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Technology Cluster
Instrumentation and control systems measure material and process conditions, communicate operating status and support automatic decisions in powder and bulk solids plants. Selection starts with the measurement task, process conditions, required response and control architecture.
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Technology Cluster
Mechanical conveying systems move bulk solids along a defined route with driven equipment. Belt conveyors suit continuous transport, sandwich belt systems address steep lift, and vibrating troughs move material through controlled oscillation.
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Technology Cluster
Industrial mixers and blenders distribute powders, granules and minor ingredients to achieve a defined product uniformity. The suitable machine and operating cycle depend on formulation, batch size, segregation risk, shear sensitivity, liquid addition and cleaning requirements.
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Technology Cluster
Packaging and bagging systems prepare powders and bulk solids for storage, transport or use in sacks, bulk bags and other containers. System design connects product flow, accurate filling, dust control, package handling and the required level of automation.
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Technology Cluster
Pneumatic conveying moves powders, granules, and pellets through a closed pipeline with air or another gas. A complete system combines controlled material feeding, a pressure or vacuum source, the conveying pipe, a receiver, filtration, discharge equipment, instrumentation, and safety measures. Selection depends on bulk solid behavior, capacity, route, product quality, containment, cleaning, and dust hazards.
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Technology Cluster
An integrated powder processing system connects receiving, storage, conveying, feeding, transformation, separation and packing through defined material and information flows. Good architecture starts with product quality and process hazards, then assigns each unit operation, control loop and interface a measurable duty.
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Technology Cluster
Size reduction changes the particle size distribution through impact, compression, attrition or cutting. Screening then separates material by size. A reliable circuit is selected from breakage behavior, feed variability, target distribution, capacity, energy, wear and the handling of oversize and fines.
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Technology Cluster
Storage and transportation systems hold and move bulk solids between production, inventory and dispatch. Sound design preserves material flow and product quality while controlling dust, segregation, weather exposure and the interfaces with loading and reclaim equipment.
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Technology Cluster
Valves, gates and airlocks perform different duties in bulk solids systems. A gate normally opens or isolates a gravity flow path. A diverter selects a route. A rotary airlock transfers material across a pressure difference with controlled leakage. Correct selection starts by defining the required function instead of treating these devices as interchangeable.
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Browse by industry
Explore technologies, videos and practical knowledge in the context of specific powder and bulk solids industries.
Industry
Additive manufacturing powder handling requires controlled transfer, storage, dosing, recovery and cleaning suited to the exact powder and process. Equipment selection must consider flow behavior, contamination, exposure, ignition hazards, traceability and the interfaces between containers, printers and recovery equipment.
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Industry
Agricultural bulk handling moves and stores grain, feed ingredients, seed, meal and other biological materials. A sound system controls breakage, segregation, spoilage, dust, ignition sources and worker access to bins. Material condition and seasonal variation must be considered together with capacity.
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Industry
Battery production uses tightly controlled powder operations to make active materials and electrodes. Material identity, particle properties, moisture, contamination, worker exposure and traceability must be managed across receiving, transfer, dosing, mixing, coating preparation and recovery. The correct controls depend on battery chemistry and the actual substances handled.
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Industry
Biomass and bioenergy feedstock systems must handle variable fibrous and granular materials while controlling flow, dust, contamination, storage condition and equipment access. Selection should be based on representative material testing, the complete operating envelope and a documented fire, explosion and exposure assessment.
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Industry
Building materials production converts minerals, binders and additives through crushing, screening, drying, grinding, classification, blending, storage and packing. Equipment selection must account for abrasion, moisture, dust, product grading and the high transfer rates common in cement, aggregate, lime, clay and dry mix plants.
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Industry
Cement and aggregate plants use connected crushing, screening, storage, grinding, classification and dispatch operations. Reliable design starts with feed variability, required product grading, abrasion, moisture, dust and the way each unit affects the next process step.
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Industry
Cosmetics powder handling requires controlled receiving, storage, transfer, dosing and blending designed around the actual formulation, contamination limits, dust behavior and cleaning method. Selection should use representative material evidence and documented acceptance criteria rather than assumptions based on the product category.
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Industry
Energy & Power applications involving powder and bulk solids handling or processing.
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Industry
Glass batch systems must accurately handle and combine the specified raw materials and cullet while controlling segregation, dust, wear and contamination. The design basis should document each material, rate, storage condition, transfer interface and acceptance method.
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Industry
Petrochemicals applications involving powder and bulk solids handling or processing.
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Industry
Pulp and paper solids handling must match the actual additives, recovered material, biomass or process residues and their changing moisture, flow and dust behavior. Selection should define the complete route, credible upset states, maintenance needs and measurable acceptance criteria.
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Industry
Recycling and waste systems must be designed for the documented feed variability, contamination, particle range and credible hazardous items rather than a nominal material description. Robust selection requires representative characterization, defined separation objectives and site-specific controls for dust, fire, machinery and maintenance.
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