RSC Advances Submission Guide

Source: RSC Advances on RSC, RSC author guidelines, Clarivate JCR 2024, accessed May 2026.

RSC Advances is broad, but it is not a chemistry dumping ground. The official scope says papers need enough chemistry to be relevant to the chemical-sciences community, enough evidence to support conclusions, and enough context to show how the work advances the field.

The practical difference from a novelty-first chemistry journal is not that RSC Advances ignores contribution. The better framing is that RSC Advances is open to broad, well-conducted chemistry when the evidence, characterisation, and field context are complete enough for publication.

How this page was created: sources used include the RSC Advances journal page, RSC author guidelines, RSC APC guidance, RSC submission-system links, Clarivate JCR data, documented author experience from SciRev community reports, and Manusights internal analysis of chemistry manuscripts prepared for RSC Advances, ACS Omega, Scientific Reports, ChemistryOpen, and specialist chemistry journals.

We reviewed the 100 most recent RSC Advances papers used when this guide was built, plus recent Manusights work reviews from authors preparing submissions to this journal. Representative DOI patterns checked while calibrating the page included 10.1039/D6RA00837B, 10.1039/D6RA01611A, and 10.1039/D6RA00161K.

Manusights internal analysis identifies a failure pattern that official guidance does not make operational enough: many manuscripts are technically sound but do not prove that the chemistry is central, fully characterised, and discussed in relation to the existing chemical literature.

Evidence boundary: RSC can update APCs, article templates, waiver rules, scope language, and submission-system fields, so official RSC pages remain the final authority for upload mechanics. The editorial policy states that papers with little or no chemistry and papers not relevant to the chemistry community are outside scope, which is the decision gap this guide makes operational: whether the manuscript looks like publishable RSC Advances chemistry rather than a broad-OA manuscript with chemistry keywords attached.

This is the RSC Advances-specific structural detail authors most often miss:

The journal evaluates submissions on quality, evidence, chemistry relevance, and the way the work advances the field. That is different from a high-novelty specialist chemistry journal, but it is not a pass for thin evidence. The model is closer to broad, open-access chemistry venues such as ACS Omega than to a prestige-filtered chemistry title.

The strategic implication: manuscripts that are rigorous, well-characterised, and clearly useful to chemical scientists can fit even if they are not breakthrough papers. Authors should articulate the evidence chain clearly: method, controls, characterisation, reproducibility, literature context, and the specific chemistry advance.

Three operational signals govern editorial assessment:

1. Chemistry quality and evidence. Methodology, controls, characterisation, and conclusions must be rigorous and valid.

2. Chemistry centrality. RSC Advances is chemistry-focused; pure-physics or pure-biology work fits other venues.

3. APC funding. Authors must plan APC funding (institutional, grant, or author funds).

Recent RSC Advances issues span:

• Synthesis methodology across organic, inorganic, materials chemistry

• Catalysis and reaction development

• Polymer chemistry and materials

• Environmental chemistry and remediation

• Energy materials and batteries

• Analytical methods

• Biological and medicinal chemistry

• Computational chemistry

For specific recent papers and DOIs, see RSC Advances on RSC. Representative recent papers and article types show the breadth of accepted work:

• 10.1039/D6RA00837B, a 2026 paper on nickel-based nanostructures for urea electrooxidation

• 10.1039/D6RA01611A, a 2026 paper on mixed-phase bismuth oxide and oxyhalide materials for electrochemical detection

• 10.1039/D6RA00161K, a 2026 review article on carrier-free self-assembled nanomedicines

Submission caps: research Papers run roughly 4000 to 8000 words with up to 8 figures included in the body length, and the TOC graphic is sized to 8 cm by 4 cm at 300 dpi. Supplementary information files commonly upload up to 50 MB per file (larger files request a deposit link). These are RSC-published page-budget norms that editors use when first scanning the package.

RSC Advances publishes its medians openly: 17 days overall first decision; 27 days for peer-reviewed manuscripts. Treat as planning ranges, not promises.

• Day 0: ScholarOne upload. The ScholarOne submission portal portal accepts the package, runs RSC integrity and originality checks, and routes to a handling editor matching the chemistry subfield.

• Days 1 to 14: First editor read. The editor evaluates scientific quality, characterization adequacy, chemistry centrality, and APC-funding readiness. Most desk-rejected papers are returned in this band.

• Day 17: Overall first-decision median. The 17-day median includes both desk decisions and fast peer-review outcomes.

• Days 14 to 27: Peer review and editorial decision. RSC Advances typically invites two reviewers; the 27-day post-review median lands here for papers that pass desk review.

• Days 27 to 90: Revision rounds and acceptance. Single-revision acceptances run roughly 2 to 3 months; multi-round revisions push closer to 5 months.

• Days 90 to 100: Online publication. RSC production typically pushes papers online within 1 to 2 weeks of acceptance.

Across chemistry manuscripts targeting RSC Advances, three recurring decision risks matter most across submissions that RSC Advances editors filter out at the desk-screen stage.

Relevant published-guidance constraints:

• Royal Society of Chemistry published guidelines, RSC Advances is the RSC's gold-OA broad-chemistry flagship that evaluates submissions on scientific soundness, evidence rigor, characterisation depth, chemistry centrality, and reproducibility rather than on high-novelty / breakthrough framing

• runs a fast scope-and-rigor screen within days, with desk rejection for thin evidence even when the work is interesting

• requires data needed to verify the article to be available at submission

• is a gold OA model with no subscription route, so APC funding must be confirmed

Use the three checks below before you open RSC Advances submission portal upload slot.

Characterisation gaps behind the abstract claim

Across RSC Advances-targeted manuscripts, we consistently see authors submit work where the abstract makes a specific chemistry claim (we synthesized compound X with property Y, we developed catalyst Z with activity A, we identified mechanism B for reaction C, we measured selectivity / yield / turnover-number / coercivity / bandgap / capacitance) but the characterisation package omits the specific evidence chemistry reviewers expect for that claim.

RSC Advances handling editors specifically check whether the characterisation matches the claim type:

• for new-compound synthesis (1H NMR + 13C NMR + IR + HRMS or elemental analysis + melting point for solids + appropriate 2D NMR for stereochemistry

• full spectra in supplementary, not just chemical-shift tables)

• for new-materials synthesis (XRD with Rietveld refinement or indexed pattern + SEM / TEM with size distribution from at least 100 particles + EDS / XPS for composition with quantitative atomic ratios + BET for porous materials + appropriate spectroscopy for electronic / optical properties)

• for catalysis (turnover number TON + turnover frequency TOF + substrate scope >=10 substrates + recycling study >=5 cycles + control experiments isolating each component + leaching test for heterogeneous + mechanism evidence beyond conjecture)

• for analytical methods (calibration curves with R² >= 0.995 + LOD / LOQ with method-blank evidence + matrix-effect study + accuracy via certified reference material or recovery study + precision via repeatability and intermediate-precision + linearity range + selectivity)

• for electrochemistry (3-electrode cell with named reference + scan-rate study + capacitance from triangular CV + Faradaic-efficiency for catalysis + Tafel slope for kinetics + long-term stability test)

• for biology-adjacent chemistry (statistical comparison with named test + n >= 3 biological replicates + appropriate negative and positive controls)

Manuscripts with characterisation gaps face desk rejection within days regardless of how interesting the chemistry concept is.

The fix is to map every abstract claim to the specific characterisation evidence required for that claim type, run the missing characterisation before submission, include full spectra and raw data in supplementary information, and either deliver evidence for every claim or weaken the claim before submitting.

Check whether your RSC Advances characterization package supports every abstract claim →

Chemistry is a side context, not the contribution

We frequently see RSC Advances manuscripts submit work where the contribution centerpoint is non-chemistry (physics-of-photovoltaics with the perovskite as fixed material, biology of nanoparticle uptake with the synthesis described in one paragraph, device-engineering of a sensor with the recognition chemistry as black box, environmental monitoring of a contaminant with the analytical chemistry as established protocol, mechanical-engineering of a composite with the polymer chemistry as routine) but submitted to RSC Advances on the basis that it involves chemicals.

RSC Advances editors specifically check whether the contribution is a chemistry contribution:

• a new molecular design (organic / inorganic / organometallic / supramolecular / polymer with mechanistic or structural rationale)

• a new materials chemistry contribution (new synthesis route, new structure-property relationship at the molecular level, new processing chemistry)

• a new catalytic chemistry contribution (new catalyst class, new mechanism, new selectivity principle)

• a new analytical chemistry method (new sensing chemistry, new detection principle, new sample-preparation chemistry)

• a new physical-chemistry insight (new mechanism, new theoretical chemistry contribution, new spectroscopic finding)

• or a new chemistry application enabled by a chemistry advance.

Manuscripts where the chemistry is means rather than ends get redirected within days to: Nanoscale (RSC nanoscience venue), Journal of Materials Chemistry A/B/C (RSC materials with application focus), Materials Advances (RSC broad materials OA), Lab on a Chip (devices and microfluidics), Analyst / Analytical Methods (analytical-methods focus), Sensors and Diagnostics (sensor-focused), Environmental Science: Water Research & Technology / Environmental Science:

Nano / ES&T (environmental science venues), Soft Matter (soft-matter physics-chemistry), or non-RSC alternatives (ACS Applied Materials & Interfaces for applied materials, ACS Sensors for sensors, Environmental Science & Technology for environmental, Biomaterials for biomaterial devices).

The fix is to identify the chemistry advance at the center of the contribution, rewrite the abstract and introduction to make the chemistry centrality explicit, and either restructure around the chemistry contribution or route to the appropriate non-chemistry-centerpoint venue.

Check whether your RSC Advances manuscript is chemistry-centered rather than chemistry-adjacent →

APC, license, and data availability left too late

The third recurring pattern in RSC Advances-targeted manuscripts is data-availability and APC-funding gaps surfacing at upload rather than being resolved in advance.

RSC Advances is gold open access (no subscription route), which means every accepted paper is OA and APC must be paid unless an institutional agreement or waiver applies; the current 2026 APC is £750 plus VAT or local taxes where applicable, and RSC offers Read & Publish agreements with many institutions (covered authors pay no APC) plus full / partial waivers for authors in low-income / middle-income economies under the Research4Life agreement.

The RSC also requires data needed to understand and verify the article to be available at submission:

• data-availability statement naming the specific repository and accession (Cambridge Structural Database CSD CCDC for crystal structures, ChemSpider / PubChem for compounds, Zenodo / figshare / Open Science Framework for general data, GitHub for code, MetaboLights / GNPS for metabolomics, EMDB for cryo-EM, PDB for proteins, BMRB for NMR)

• supplementary information with full characterisation (spectra, chromatograms, X-ray data, crystallography CIF, computational input/output files where applicable)

• CC BY 4.0 license confirmation for the OA publication.

Manuscripts arriving without data-availability statements, with data described as "available upon reasonable request" for data classes where established repositories exist, without supplementary spectra / chromatograms, without APC funding confirmed (and without Read & Publish or waiver eligibility checked), or without ORCID-verified authors face desk rejection or revision-requesting before peer review.

The fix is to confirm APC funding source before drafting (institutional Read & Publish coverage via librarian, grant funding, departmental budget, or Research4Life waiver eligibility), deposit data in named repository with accession before submission, prepare supplementary information with full characterisation files, confirm CC BY 4.0 license terms are acceptable to all authors and funders, and verify all authors have ORCID IDs linked to the submission.

Check whether your RSC Advances manuscript is submission-ready →

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Last verified: 2026-05-26 against RSC Advances editorial pages.