Powder Technology Submission Guide: How to Submit to Powder Technology (Elsevier)

Powder Technology publishes full-length Research Papers, Review Articles, and Short Communications. There is no fixed page limit; length is governed by completeness rather than a hard cap, which means an over-long paper is judged on whether every figure and section earns its space.

The declarations carry real weight at this journal. You need a declaration of competing interest filed through Elsevier's declarations tool, not just a sentence in the manuscript. You need a data availability statement that names the repository or explains why data cannot be shared. You need a CRediT author-contributions statement using the 14-role taxonomy. And you need three to five highlights of no more than 85 characters each, plus a graphical abstract that shows the particulate system or process at a glance rather than a generic schematic.

A few numeric specifics catch authors out. The abstract is a single self-contained paragraph of roughly 250 words with no references or undefined abbreviations. Keep individual artwork files within Elsevier's recommended 10 MB per file, and supply the graphical abstract at a minimum of 531 by 1328 pixels at the correct aspect ratio. Each highlight is capped at 85 characters including spaces, so a highlight that reads like a sentence is usually too long.

None of these are scope decisions, but a submission that misses them is sent back at the technical-check step before the editor ever sees the science.

The scope-defining requirement, though, is not administrative. It is particle characterization. Powder Technology expects every manuscript that reports particle behavior to also report what the particles actually are: a particle-size distribution measured by a stated method, particle shape, density, and, where flow matters, flowability. A paper that reports how a powder behaves in a process but never characterizes the powder itself is incomplete by this journal's standard, regardless of how clean the process data look.

Before the declarations and characterization data are locked, a Powder Technology characterization-readiness check can confirm whether your particle-size, shape, and flowability reporting clears the bar this journal applies before review.

Powder Technology assigns submissions to a handling editor in the relevant area (fluidization and multiphase flow, particle characterization and mechanics, aerosols and nanoparticles, or granular dynamics) who decides whether to send the manuscript for single-anonymized peer review. Community-reported data puts the average first review round near three months, with about 2.7 reports per round and roughly 1.7 review rounds before a decision. Treat the stages below as planning ranges, not commitments.

• Day 0: Submission and PDF build. The Editorial Manager portal ingests your files and builds a merged PDF. You proof it, confirm the declarations and data availability statement, and submit. A referee list that violates the 10-year rule is flagged here.

• Days 1 to 7: Editorial screening. The handling editor checks scope fit, characterization completeness, and whether the work is genuinely about particulate systems.

The fastest returns happen in this window: scope drift toward pure fluid mechanics or materials science, and manuscripts reporting particle behavior with no particle-size data, rarely reach external review.

• Days 7 to 21: Reviewer assignment. The editor invites reviewers, working partly from your nominations and partly from the journal's own pool.

DEM and CFD-DEM papers without experimental validation, and incremental single-parameter studies, are commonly returned at this stage rather than sent out.

• Days 21 to 84: Peer review. Reviewers return reports, typically two to three, on a multi-week cadence. Community data describes a first round between roughly 6 weeks and 3 months, with subfield and reviewer load shifting the range.

• Days 56 to 112: Decision and revision. Reject, major revision, minor revision, or accept.

A revised manuscript must be accompanied by a point-by-point response letter. Most papers that pass review go through at least one major-revision round.

• Months 3 to 4: Final decision and production. Total handling time runs to roughly 3.7 months from submission, faster for clean, well-characterized work and slower for multi-round papers or those needing added experiments.

In our pre-submission review work with Powder Technology submissions, four patterns generate the most consistent early returns. None of them are about the engineering being wrong. They are about whether the particulate system is genuinely the subject and whether the evidence is complete enough for a particle-technology editor to trust it.

In our review of particulate-systems manuscripts, each of these is a named rejection pattern you can check your own draft against, and each reflects how handling editors at this journal read a submission before sending it out. The journal's broad scope raises the stakes on every one of these, because breadth makes it easy to submit work that is adjacent to powder technology rather than inside it.

Editors consistently screen for these before a paper reaches peer review.

Powder Technology's guide for authors defines the mechanics below; the patterns describe how manuscripts coming through pre-submission review for this journal most often fall short of them. SciRev community data on this journal, where authors report a first review round between 6 weeks and 3 months and about 2.7 reports per submission, is consistent with what we see: most attrition happens at the editorial screen, before reviewers weigh in, and these four patterns are why.

DEM or CFD-DEM simulation submitted with no experimental validation. A large share of Powder Technology submissions are computational, built on discrete element method or coupled CFD-DEM models. The single most common stall we see on simulation manuscripts is a results section that reports granular flow, mixing, segregation, or fluidization behavior with no experimental comparison at all.

The figures look complete, but a handling editor in particle technology reads them and asks the obvious question: how do I know the contact model, the coefficients, and the mesh produce something real rather than something internally consistent? When the paper has no validation against a physical experiment, no comparison to published measurements, and no sensitivity study on the key model parameters, the credibility gap is visible immediately.

Powder Technology expects computational work to be anchored to experiment, and simulation papers that treat the model output as the result rather than as a hypothesis to be tested are a leading reason they are returned before external review.

Check whether your Powder Technology simulation includes experimental validation →

Particle behavior reported without particle-size-distribution or characterization data. This is the scope-defining failure. The paper reports how a powder flows, packs, fluidizes, or breaks, but never tells the reader what the powder actually is. There is no particle-size distribution, no statement of shape or sphericity, no density, and no flowability measurement, or these appear as a single throwaway sentence.

Reviewers in particle technology treat characterization as part of the result, not a preamble to it, so a process study built on an uncharacterized powder reads as irreproducible.

The methods section is where this is decided: if the particle-size distribution, the measurement technique used to obtain it, and the relevant shape and flow properties are not reported well enough for another lab to source a comparable material, the manuscript is not yet ready for this journal regardless of how clean the process data look.

Check if your Powder Technology methods report full particle characterization →

An incremental single-parameter study with no mechanism. Powder Technology receives many manuscripts that vary one operating condition (gas velocity, rotation speed, fill level, particle size) across a range and report the resulting trend, and nothing more. The work is competently executed, the data are clean, but the contribution is a curve, not an insight.

The most common version is a parameter sweep that confirms an expected monotonic trend without explaining the underlying particle-scale mechanism, without a model that predicts the behavior, and without a comparison that places the result against existing literature. Handling editors at this journal distinguish quickly between a study that measures a system and a study that explains one.

When the paper would read as a routine extension of a known result rather than new understanding, it is consistently identified as incremental before review.

Check whether your Powder Technology study offers a mechanism, not just a sweep →

Scope drift into pure fluid mechanics or pure materials science. Because the journal spans particle formation, characterization, and particle-fluid systems, a recurring desk return is a manuscript whose real contribution sits outside particle technology. On one side, the work is a fluid-dynamics or multiphase-flow study where the particles are passive tracers and the genuine advance is in the flow field, which belongs in a fluid-mechanics venue.

On the other side, the work is a materials-synthesis or surface-chemistry study where the particulate form is incidental and the advance is a material property, which belongs in a materials journal. Handling editors at Powder Technology are particle-technology specialists, and they identify quickly when the powder is the setting rather than the subject.

A manuscript whose genuine contribution would be evaluated more naturally by a fluid-mechanics or materials reviewer is consistently identified as a scope mismatch before review.

This guide tells you what Powder Technology editors look for; a Manusights review tells you whether YOUR paper passes that screen. A Manusights review checks the validation evidence, the characterization completeness, the mechanism, and the scope framing against the editorial bar this journal applies before peer review. Paid Manusights reviews include a 60-day money-back guarantee, and we do not train models on submitted manuscripts.

Before submitting, a Powder Technology validation and scope readiness check tests whether your simulation validation, characterization data, and scope framing clear the editorial bar this journal applies before peer review.

This guide was built from Powder Technology's guide for authors, Elsevier author resources, the Editorial Manager submission system, and Manusights pre-submission review patterns from particulate-systems manuscripts. We checked the suggested-referee rule, the declarations requirements, and the characterization expectation against the journal's own pages, and we cross-checked review-timing ranges against SciRev community data, LetPub, and Clarivate JCR 2024 metrics. The failure patterns describe what we see most often when particle-technology manuscripts come through pre-submission review for this journal.

Use this page before you upload, when the official instructions cannot answer the real question: whether your validation evidence, characterization data, mechanism, and scope framing are already defensible. Source limitation: Elsevier updates format details, charges, and policies after this review date, so confirm administrative specifics against the journal's official pages before submission. To pressure-test the manuscript itself, run a manuscript readiness check.

• Chemical Engineering Journal submission process
• Fuel journal submission process
• For the broader cluster, see the chemical engineering journals overview.

Before you upload, run your manuscript through a Powder Technology submission package check to catch the scope, validation, and characterization issues editors filter for on first read. The check is free to run (/ai-review) and takes a single upload.