Applied Catalysis B Environmental Submission Guide
A practical Applied Catalysis B Environmental submission guide for catalysis researchers evaluating their work against the journal's environmental-application bar.
Senior Scientist, Materials Science
Author context
Specializes in manuscript preparation for materials science and nanoscience journals, with experience targeting Advanced Materials, ACS Nano, Nano Letters, and Small.
Readiness scan
Find out if this manuscript is ready to submit.
Run the Free Readiness Scan before you submit. Catch the issues editors reject on first read.
Quick answer: This Applied Catalysis B Environmental submission guide is for catalysis researchers evaluating their work against the journal's environmental-application bar. ApCatB is selective (~15-20% acceptance, 50-60% desk rejection). The editorial standard requires both catalysis advance and clear environmental relevance.
If you're targeting ApCatB, the main risk is incremental performance advance, weak environmental relevance, or missing stability data.
From our manuscript review practice
Of submissions we've reviewed for Applied Catalysis B Environmental, the most consistent desk-rejection trigger is missing stability/durability data on catalysts with practical environmental claims.
How this page was created
This page was researched from Applied Catalysis B Environmental's author guidelines, Elsevier editorial-policy materials, Clarivate JCR data, SciRev community reports, and Manusights internal analysis of submissions to ApCatB and adjacent venues.
ApCatB Journal Metrics
Metric | Value |
|---|---|
Impact Factor (2024 JCR) | 14.3 |
5-Year Impact Factor | ~18+ |
CiteScore | 26.5 |
Acceptance Rate | ~15-20% |
Desk Rejection Rate | ~50-60% |
First Decision | 30-50 days |
APC (Open Access) | $4,250 (2026) |
Publisher | Elsevier |
Source: Clarivate JCR 2024, Elsevier editorial disclosures (accessed April 2026).
ApCatB Submission Requirements and Timeline
Requirement | Details |
|---|---|
Submission portal | Elsevier Editorial Manager |
Article types | Full Article, Communication, Review |
Communication length | 4 pages |
Full Article length | 8-15 pages |
Figures | 5-8 typical |
Cover letter | Required |
Stability data | Strongly expected for materials with practical claims |
First decision | 30-50 days |
Source: ApCatB author guidelines.
Submission snapshot
What to pressure-test | What should already be true before upload |
|---|---|
Catalysis advance | New catalyst, mechanism, or process clear in abstract |
Environmental relevance | Direct connection to environmental application |
Stability data | Cycling/durability for practical claims |
Benchmarking | Against 2-3 state-of-the-art catalysts |
Mechanism | Spectroscopic or computational evidence for the catalytic advance |
What this page is for
Use this page when deciding:
- whether the catalysis advance is significant for ApCatB
- whether environmental relevance is direct, not peripheral
- whether stability data supports practical claims
What should already be in the package
- a clear catalysis advance (new catalyst, mechanism, or process)
- direct environmental application (water/air pollution, CO2 reduction, etc.)
- stability/durability data
- benchmarking against state-of-the-art
- mechanism with spectroscopic or computational support
Package mistakes that trigger early rejection
- Incremental performance advance.
- Missing stability data.
- Weak environmental relevance.
- Pure synthetic chemistry without environmental framing.
What makes ApCatB a distinct target
ApCatB operates at the catalysis-environment intersection.
Dual contribution: the journal differentiates from Journal of Catalysis (broader catalysis) and Environmental Science & Technology (broader environmental science) by demanding both contributions.
The 30-50 day decision window: moves quickly.
Stability-data expectation: editors increasingly look for cycling/durability data.
What a strong cover letter sounds like
Strongest ApCatB cover letters establish:
- the catalysis advance
- the environmental application
- the stability or durability evidence
- benchmarking against state-of-the-art
Readiness check
Run the scan against the requirements while they're in front of you.
See score, top issues, and journal-fit signals before you submit.
Diagnosing pre-submission problems
Problem | Fix |
|---|---|
Performance is incremental | Add deeper mechanistic insight or repropose to specialty venue |
Stability data is thin | Add cycling/durability measurements |
Environmental relevance is weak | Restructure to lead with environmental application |
How ApCatB compares against nearby alternatives
Method note: the comparison reflects published author guidelines and Manusights internal analysis. We have not personally been ApCatB authors; the boundary is publicly documented editorial behavior. Pros and cons are based on documented editorial scope.
Factor | Applied Catalysis B Environmental | Journal of Catalysis | ACS Catalysis | Environmental Science & Technology |
|---|---|---|---|---|
Best fit (pros) | Catalysis with clear environmental application | Pure catalysis advances | High-impact catalysis with broad audience | Environmental science research broadly |
Think twice if (cons) | Pure synthesis or pure environmental framing | Environmental application is primary frame | Catalysis is environmental-application-leaning | Catalysis is the primary contribution |
Submit If
- the catalysis advance is clear in the abstract
- environmental application is direct
- stability data is included for practical claims
- benchmarking against state-of-the-art is included
Think Twice If
- the performance advance is incremental
- stability data is missing
- environmental relevance is weak
- the work fits Journal of Catalysis or specialty venue better
What to read next
Before upload, run your manuscript through an Applied Catalysis B environmental-relevance and stability readiness check.
In our pre-submission review work with manuscripts targeting Applied Catalysis B Environmental
In our pre-submission review work with catalysis-environment manuscripts targeting ApCatB, three patterns generate the most consistent desk rejections.
In our experience, roughly 35% of ApCatB desk rejections trace to missing stability/durability data. In our experience, roughly 25% involve incremental performance advances. In our experience, roughly 20% arise from weak environmental relevance.
- Stability data missing on catalysts with practical claims. ApCatB editors expect cycling/durability data on catalysts framed for practical application. We observe papers reporting only initial activity routinely returned with stability requests. SciRev community data on ApCatB consistently shows stability-related revision requests as a top first-round feedback class.
- Incremental advances on established catalyst systems. Editors look for catalysis + mechanism + stability trio. We see manuscripts reporting modest performance improvements on established systems routinely declined.
- Weak environmental relevance. ApCatB specifically expects direct environmental application. We find papers framed as catalysis advances with environmental relevance as a peripheral mention routinely redirected to Journal of Catalysis or ACS Catalysis. A ApCatB environmental-relevance and stability-readiness check can identify whether the package supports a submission.
Clarivate JCR 2024 bibliometric data places ApCatB among top catalysis-environment journals. SciRev author-reported data confirms 30-50 day first-decision windows.
Frequently asked questions
Submit through Elsevier Editorial Manager. The cover letter should establish the catalysis advance and its environmental-application relevance (water treatment, air pollution, CO2 reduction, energy from waste, green chemistry). Full Articles, Communications, and Reviews are the standard types.
ApCatB's 2024 impact factor is around 14.3. Acceptance rate runs ~15-20% with desk-rejection around 50-60%. The journal handles substantial volume in the catalysis-environment intersection. Median first decisions in 30-50 days.
Original catalysis research with direct environmental relevance: photocatalysis for water/air pollution, CO2 reduction catalysis, electrocatalysis for water splitting, biomass conversion, NOx reduction, and other environmental applications of catalytic technology.
Most reasons: incremental performance advances, missing benchmarking against state-of-the-art catalysts, weak environmental relevance (catalysis without clear environmental application), missing stability/durability data, or scope mismatch (pure synthetic chemistry without environmental framing).
Sources
Before you upload
Choose the next useful decision step first.
Move from this article into the next decision-support step. The scan works best once the journal and submission plan are clearer.
Use the scan once the manuscript and target journal are concrete enough to evaluate.
Anthropic Privacy Partner. Zero-retention manuscript processing.
Where to go next
Supporting reads
Conversion step
Choose the next useful decision step first.
Use the scan once the manuscript and target journal are concrete enough to evaluate.