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The machines repeat across industries. The rules around them do not.
Each industry page explains what governs design in that sector, which materials dominate, and where the usual solutions have to be adapted.
18 published
Industry
AM powder handling has one job: return powder to the machine in a known state.
That means preserving feedstock identity, particle-size distribution, and cleanliness through every transfer, recovery, and reuse step — while controlling worker exposure and ignition hazards along the way.
Industry
Agricultural bulk handling moves and stores grain, feed ingredients, seed and meal whose properties change with crop, harvest condition and storage history.
A sound system controls breakage, segregation, spoilage, dust, ignition sources and worker access to bins, and it treats seasonal material variation as part of the capacity basis.
Industry
Battery production runs on tightly controlled powder operations, from receiving and dosing through mixing and coating preparation.
Material identity, particle properties, moisture, contamination, worker exposure and traceability all need active management.
Industry
Biomass feedstock systems turn seasonal, low-density and variable material into a stable reactor feed.
That means managing moisture, degradation, dust and fire risk while accounting for the energy consumed by drying, size reduction and densification.
Industry
Building materials production converts minerals, binders and additives through crushing, screening, drying, grinding, classification, blending, storage and packing.
Equipment selection must handle abrasion, moisture, dust, product grading and the high transfer rates typical of cement, aggregate, lime, clay and dry-mix plants.
Industry
Cement and aggregate plants connect crushing, screening, storage, grinding, classification and dispatch into one dependent chain.
Reliable design starts with feed variability, required product grading, abrasion, moisture and dust — and with how each unit affects the next process step.
Industry
Chemical plants move powders such as pigments, resins, catalysts, fillers and specialty additives through closed transfer, batching and blending systems.
Selection is governed by containment of hazardous materials, compatibility with aggressive products, combustible-dust safety under NFPA 652/OSHA enforcement and reproducible batch accuracy.
Industry
Cosmetics powder handling has to deliver the correct ingredient and dose without cross-contamination, dust exposure or loss of batch traceability.
Cleaning and changeover must stay compatible with the finished-product safety system.
Industry
Power generation bulk solids systems must deliver fuel and sorbents at a controlled rate and remove ash and residues reliably as load changes.
That means keeping control of dust, hot material, fire risk and every emissions-related interface across the full operating range.
Industry
Food and beverage plants handle powders such as flour, sugar, starch, dairy powders and functional ingredients through closed, cleanable transfer systems.
Equipment selection is driven by hygienic design, allergen and cross-contact control, combustible dust safety and verifiable cleaning — not by throughput alone.
Industry
Glass batch handling has to deliver silica sand, soda ash, limestone, cullet, and minor ingredients to the furnace in the intended proportions.
That means weighing accurately, mixing well, and then protecting the blend from segregation, dust release, and contamination on its way to the charger.
Industry
Mining and mineral processing reduces run-of-mine ore to sized, concentrated products through crushing, screening, grinding, classification and materials handling at large scale.
Equipment selection is dominated by abrasion resistance, availability under continuous duty, dust control and the safe storage and reclaim of coarse and fine bulk materials.
Industry
Pet food and animal feed plants convert grains, meals, vitamins and minerals into uniform, safe rations through grinding, batching, mixing and thermal processing.
Handling systems are selected for accurate micro-ingredient dosing, cross-contamination control between species and recipes, combustible dust safety and FSMA-grade traceability.
Industry
Petrochemical bulk-solids systems receive, store, convey and dose resins, additives and catalysts connected to hazardous chemical processes.
The core duties are preserving grade identity, controlling dust, electrostatic ignition and contamination, and treating every solids interface as part of the process-safety boundary.
Industry
Pharmaceutical solid-dose production transfers APIs and excipients through closed, GMP-compliant systems that protect the product, the operator and the environment.
Selection is driven by containment performance for potent compounds, validated cleaning, blend uniformity and full batch documentation under FDA cGMP and EU GMP.
Industry
Plastics processing moves polymer pellets, regrind, powders and additives from silos and bulk bags to dryers, blenders and processing machines.
System selection balances gentle conveying that limits dust and streamers, moisture control for hygroscopic resins, accurate additive dosing and contamination-free material changes.
Industry
Pulp and paper mills handle wood chips, bark, recovered fiber, starch, fillers, lime and ash — streams too different for one generic silo or conveyor specification.
Fibrous materials interlock and arch, while mineral additives bring dust, wear and moisture problems, so each stream needs its own measured design basis.
Industry
Recycling and waste-processing systems turn variable incoming material into defined, marketable fractions.
The hard part is doing it while controlling contaminants, fires, dust and equipment damage — and while changes in the feed stream keep pushing product quality off target.
Bulk bag discharge is one job. In a dairy it is a hygiene problem, in a cement works a wear problem, in a pharmaceutical plant a containment problem.
The frame is identical, the bag is identical, and the specification is not. These pages describe what each sector adds to the base design.
Cleaning drives the geometry. Surfaces have to be reachable, joints have to be inspectable, and the time available for a changeover is part of the design, not an operational detail.
Allergen segregation decides whether a line can be shared at all. Conveying air becomes an ingredient: its moisture, filtration and oil content belong in the specification.
Containment and evidence. The question is not only whether the transfer works but whether the exposure can be demonstrated and the cleaning validated.
This is why vacuum dominates over pressure: a vacuum line that leaks draws air in instead of pushing powder out. The containment-critical components are the receiver filter and the discharge valve, and they are specified with measured performance rather than a description.
Variety and hazard. One plant may handle a free-flowing granule and a corrosive, hygroscopic powder in the same week, with area classification and material compatibility deciding the equipment.
Wear and scale. Fine abrasive mineral destroys bends, valve seats and screw flights, and the velocity chosen on day one is the wear bill for the next decade.
Moisture is a process variable rather than a nuisance: hydraulic binders react with it, so dried conveying air is a requirement, not a comfort.
Outdoor conditions, long distances, large tonnages, and respirable crystalline silica wherever the rock contains quartz. Dust suppression at transfer points is part of the process design, not an addition.
Gentle transfer and contamination control. Pellets create streamers and angel hair when they are conveyed too fast against a wall, and a single contaminated batch can stop a compounding line for a shift.
Dust and ignition sources in combination with large volumes and seasonal peaks. Grain handling has its own regulatory history, written after dust explosions in elevators, and the design reflects it.
Two ends of a spectrum. Fuel handling is about large volumes, abrasion, weather and self-heating. Battery material production is about contamination control and containment, with toxic and reactive powders in small quantities and high value.
Three things do not change with the sector.
Start here when you know the plant but not yet the equipment. Each page names the dominant materials, the usual equipment chain, the constraints that are specific to the sector and the regulatory context that shapes them.
From there, the links lead into the applications that make up a line and the technologies that build them.
Each sector carries a framework that shapes the design long before a supplier is chosen. The pages name the specific requirements; the pattern is the same everywhere.
The most useful transfers between industries are usually methods, not machines.
Battery material production took containment from pharmaceuticals, because it handles toxic powders in small quantities. Food plants took sampling discipline from pharmaceuticals when allergen control became enforceable. Cement terminals took dust suppression from mining.
When a sector page mentions an approach that is standard elsewhere, that is deliberate: the equipment already exists and the first installation is rarely the development project it is assumed to be.
Two assumptions travel badly between industries, and both are expensive.
The first is that a hygienic design is automatically a contained design. It is not. Hygiene protects the product from the plant; containment protects people from the product. A beautifully cleanable open transfer can expose an operator to a potent compound.
The second is that a design which works in a dry climate works anywhere. Hygroscopic materials behave according to the humidity in the building, and a line commissioned in February can behave differently in August.
A plant handling two hundred kilograms a day and one handling two hundred tonnes an hour do not use the same solution scaled up.
Each industry page says where on that range the sector usually sits, because it determines which of the available answers are worth considering at all.
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