Journal of Membrane Science Review Time

The current Journal of Membrane Science ScienceDirect page lists 5 days from submission to first decision, 25 days from submission to decision after review, 57 days from submission to acceptance, and 2 days from acceptance to online publication. It also lists a current open-access APC of USD 4,460 excluding taxes and names Rong Wang and Jerry Y. S. Lin as Co-Editors-in-Chief.

The current Journal of Membrane Science guide for authors states that the journal follows single-anonymized review. The editor first assesses suitability, and suitable submissions are typically sent to at least two reviewers for independent scientific assessment.

The current SciRev community page for Journal of Membrane Science shows 2 reviews, 2.1 months for duration of first review round, 2.9 months total handling time for accepted manuscripts, 2.0 reports, and difficult reviewer comments. That is a small sample, so it should not override ScienceDirect, but it is useful as a stress case for manuscripts that need deeper reviewer assessment.

Journal of Membrane Science handles papers across water, gas, electrochemical, biomedical, materials, fouling, and process applications. That breadth creates two timing paths.

A clean paper can move quickly when the membrane contribution is obvious. A slower paper often forces editors and reviewers to answer:

• Is the membrane the central scientific object, or only part of a device or process?
• Does the manuscript prove selectivity, permeability, durability, stability, and fouling behavior at the level the claim needs?
• Are feed conditions, pressure, concentration, pH, temperature, and comparison baselines fair?
• Is the new membrane characterized deeply enough to connect structure to performance?
• Does the paper belong at Journal of Membrane Science rather than Desalination, Separation and Purification Technology, Chemical Engineering Journal, or Journal of Membrane Science Letters?
• Is a Review or Perspective aligned with the Co-Editors-in-Chief before submission?

Those checks can be fast when the evidence package is complete. They slow when reviewers have to reconstruct what the membrane contribution actually is.

Silence is not a decision signal. In membrane science, reviewer recruitment can be hard when the paper bridges chemistry, materials, transport modeling, and an application domain.

• Membrane as afterthought. The application is interesting, but the membrane science is not central.
• Day-1 performance without durability. High permeability or rejection is not enough if stability, fouling, cycling, swelling, aging, or chemical resistance is missing.
• Unfair benchmark comparison. Reviewers object when competing membranes are tested under different pressure, feed composition, temperature, or concentration conditions.
• Characterization-performance gap. SEM, FTIR, XPS, contact angle, porosity, pore-size, crystallinity, or mechanical evidence does not explain the performance claim.
• Transport mechanism unclear. The paper reports performance but does not explain whether size sieving, solution-diffusion, charge effects, affinity, or facilitated transport drives it.
• Wrong sister venue. Pure water-treatment work may fit Desalination; broader separations may fit Separation and Purification Technology; broad chemical-engineering systems may fit Chemical Engineering Journal.

These are timing risks because they create reviewer disagreement and revision load.

Journal of Membrane Science abstract reports performance before membrane mechanism. In JMS-targeted manuscripts we review, authors often lead with a high flux, rejection, selectivity, conductivity, or antifouling result before naming what changed in the membrane. That makes the paper look application-first. The fix is testable: the abstract should name the membrane material, formation route, modification, pore structure, transport mechanism, or interface design before the performance headline.

Journal of Membrane Science durability package is too short for the claim. A membrane that performs well for one run may still fail the review if the claim implies operational relevance. Reviewers look for cycling, long-term operation, chemical stability, fouling resistance, cleaning recovery, swelling, compaction, pressure stability, thermal stability, or relevant stress tests. The exact test depends on water, gas, electrochemical, biomedical, or solvent context, but the evidence has to match the claimed use.

Journal of Membrane Science benchmark table is not normalized. Reviewers slow down when the table compares literature values without matching conditions. Flux, permeability, selectivity, rejection, permeance, conductivity, or fouling metrics are not interchangeable across pressure, concentration, temperature, feed composition, module, thickness, active area, or measurement protocol. A good benchmark table states conditions clearly enough that reviewers can judge fairness.

Journal of Membrane Science characterization does not explain performance. In pre-submission reviews, we see manuscripts with strong microscopy or spectroscopy but no clear chain from structure to function. A figure can show morphology, but reviewers still need to know why that morphology produces the transport behavior. The manuscript should connect characterization, mechanism, and performance in the same argument.

Journal of Membrane Science review or perspective lacks prior scope alignment. Elsevier guidance says authors interested in Review Articles or Perspectives should contact the Co-Editors-in-Chief before submission to discuss scope and appropriateness. A review manuscript without that alignment may be scientifically sound but still slow if the editor questions whether the topic is invited, timely, broad enough, or suitable for JMS.

The practical lesson is that article type and evidence depth should match. A short paper with weak durability evidence is not faster; it is easier to reject.

The manuscripts that move more cleanly usually make the reviewer task straightforward:

• the membrane is the central scientific object;
• the abstract states the membrane mechanism, not only performance;
• benchmarks normalize conditions visibly;
• durability and fouling evidence match the application claim;
• characterization explains performance rather than only documenting material identity;
• data and supplementary files are audit-ready;
• the cover letter explains why JMS owns the paper over Desalination, SP&T, CEJ, or JMS Letters.

That package can still take weeks, but it reduces avoidable reviewer disagreement.

This page uses current ScienceDirect journal insights, the current Journal of Membrane Science guide for authors, SciRev's current JMS page, and Manusights pre-submission review work with membrane-science manuscripts.

The limitation is that the public metrics describe different populations. ScienceDirect's 5 days to first decision includes editorial-screen outcomes. 25 days to decision after review is more relevant once outside review occurs. SciRev has 2 reviews, so its 2.1 months first-round number is a stress-case signal rather than a stable median. Treat all timing numbers as planning ranges, not guarantees.

In our pre-submission review work with Journal of Membrane Science and nearby membrane/separations manuscripts, timing risk usually comes from evidence alignment.

Journal of Membrane Science performance claim outruns durability evidence. A single high-performing test rarely carries an operational claim. Reviewers ask what happens after cycling, fouling, cleaning, swelling, compaction, solvent exposure, pH shift, temperature change, or long-duration operation.

Journal of Membrane Science benchmark table hides operating-condition differences. A table that looks favorable can become a reviewer problem if pressure, feed, concentration, temperature, or membrane thickness differs from comparator papers. The manuscript should make fairness visible.

Journal of Membrane Science characterization is not tied to transport. Reviewers need the chain from material design to structure to transport to performance. If characterization sits in one section and performance sits in another without a mechanism bridge, the paper feels weaker than the data may be.

Journal of Membrane Science venue fit is not defended. A good membrane paper may still belong elsewhere. The cover letter and introduction should say why JMS owns this contribution and why it is not only a Desalination, SP&T, CEJ, or materials-only paper.

The fastest improvement is usually not more prose. It is aligning the abstract, first figure, benchmark table, durability data, and supplementary evidence around one membrane-science claim.

In our reviews, the JMS-ready package usually has a visible evidence chain before the reviewer reaches the Results section: the abstract names the membrane mechanism, the first figure shows the material or transport pathway, the benchmark table normalizes conditions, the durability figure tests the use case, and the supplement lets the reviewer audit repeatability. When one of those pieces is missing, the manuscript can still be scientifically good, but review slows because each reviewer has to decide which gap is fatal and which gap is fixable.

Before upload, a Journal of Membrane Science submission-readiness check can test whether membrane centrality, durability evidence, benchmark fairness, characterization-to-transport logic, and venue fit are strong enough before you enter review.