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Publishing Strategy18 min readUpdated Jul 13, 2026

Rejected from Journal of Energy Chemistry? Where to Submit Next

A decision-led recovery guide for a rejected Journal of Energy Chemistry manuscript, with a 72-hour repair plan, evidence-matched routes, and transfer safety rules.

By Manusights Editorial Team
Editorial processThe Manusights editorial team researches and maintains our Chemistry guides, drawing on what we see across thousands of pre-submission manuscript reviews.How we work

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Quick answer: After a Journal of Energy Chemistry rejection, separate an editorial scope or mechanism decision from a post-review evidence decision and any Article Transfer Service offer. JEC's current author guide says a transfer is optional and the receiving journal reviews the paper again. Extract the controlling concern, repair the energy-chemistry evidence chain, then choose the next journal from the revised mechanism, validation, operating conditions, and intended reader. Do not treat a transfer as acceptance or a neighboring title as an easier route.

This page owns the rejected-paper routing job. The Journal of Energy Chemistry submission guide owns first-submission mechanics and package preparation.

Last reviewed: July 13, 2026.

From our manuscript review practice

A JEC rejection should be routed by the strongest demonstrated energy-chemistry mechanism, not the highest performance metric.

What to do in the next 72 hours

Hours 0 to 24: preserve the submitted manuscript, graphical abstract, Highlights, cover letter, figures, raw and processed data, code or computational inputs, supplement, decision letter, reviewer reports, and portal history. Record whether the letter offers transfer, revision, appeal, or a closed decision.

Hours 24 to 48: sort every concern into chemistry mechanism, materials identity, catalyst or device validation, operating conditions, comparator, durability, scale relevance, interpretation, or package and policy. Attach each concern to a figure, table, method, calculation, data file, claim, or missing control.

Hours 48 to 72: write two title-and-abstract versions. One states the strongest energy-chemistry mechanism the data demonstrate. The other centers the best-supported application or engineering result. Compare both with the destination routes before changing the manuscript format.

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Extract the decision letter into a repair ledger

Decision signal
Likely diagnosis
Required action before rerouting
Performance is the only result
The contribution is optimization rather than energy chemistry
Expose the active process, species, transport, reaction path, or structure-function relation
A mechanism is inferred from one characterization result
The causal account is underdetermined
Add or narrow around controls, time-resolved evidence, calculations, or alternative explanations
Stability is shown under one favorable condition
The operating boundary is hidden
Report stress conditions, cycling or duration, failure mode, and a relevant comparator
Device or catalyst claims outrun the test system
Application relevance is overstated
State the tested regime and remove scale or deployment claims the evidence cannot support
A transfer is offered
The publisher sees a possible different fit
Compare the target's scope and repair needs; accept only after the new reader makes sense
Highlights and graphical abstract promise more than the paper
The package creates an editorial mismatch
Rewrite them from the revised evidence chain, not from the most ambitious conclusion

Diagnose the JEC rejection before selecting another journal.

Transfer, post-review rejection, and fresh routing

An editorial rejection often means that the paper did not show a sufficiently clear energy-chemistry contribution, mechanism, or reader fit in the submitted package. A post-review rejection means the strongest comments about controls, characterization, calculations, durability, comparison, or interpretation should travel with the paper until repaired.

Journal of Energy Chemistry participates in Elsevier's Article Transfer Service. If an editor suggests a transfer, the offer is optional, requires the receiving journal to review the article again, and does not establish acceptance. Read the original letter, identify what changed in the revised manuscript, and choose the transfer only if the destination's reader and article type match it.

Rebuild the energy-chemistry evidence chain

Make this chain inspectable: energy problem -> material or molecular identity -> mechanism -> measured performance -> operating boundary -> comparator -> application consequence. Mark every link as directly measured, calculated, controlled, inferred, proposed, or missing.

The most common bad reroute is to move the same unbounded performance claim to a broader title. A defensible reroute may lower the scope claim but make the mechanism, operating regime, and limitation much clearer. That is an improvement in evidence, not a concession in quality.

Compare six evidence-matched destinations

Destination journal
Best for
Think twice if
Applied Catalysis B: Environment and Energy
Catalysis with environmental or energy consequence and strong reaction evidence
the work is a materials screen with no catalytic mechanism or relevant application
Energy Storage Materials
Energy-storage materials with convincing electrochemical or storage evidence
mechanism, cycling, or practical boundary evidence is thin
Chemical Engineering Journal
Chemistry and engineering work with a credible process, scale, or application connection
the central result is only a high value under one laboratory condition
Applied Energy
Energy-system, device, process, or deployment consequence supported by suitable evidence
the paper is fundamentally molecular or materials chemistry with no system implication
Materials Today Energy
Energy-materials advances with a clear structure-property-performance account
the manuscript has an incremental composition change without a transferable insight
ACS Energy Letters
A concise, highly significant energy result with an immediate and well-supported message
the revised evidence still needs a full mechanism, validation, or durability program

Applied Catalysis B: Environment and Energy

Best for: Catalysis with a defined environmental or energy consequence and reaction evidence that makes the active process and relevant boundary visible.

Think twice if: the work is a materials screen with no catalytic mechanism or relevant application.

Energy Storage Materials

Best for: Energy-storage materials with convincing electrochemical or storage evidence, appropriate controls, and an honest cycling or durability boundary.

Think twice if: mechanism, cycling, or practical-boundary evidence is thin.

Chemical Engineering Journal

Best for: Chemistry and engineering work with a credible process, scale, or application connection.

Think twice if: the central result is only a high value under one laboratory condition.

Applied Energy

Best for: An energy-system, device, process, or deployment consequence supported by the design and evidence the paper actually contains.

Think twice if: the paper is fundamentally molecular or materials chemistry with no system implication.

Materials Today Energy

Best for: Energy-materials advances with a clear structure-property-performance account and a transferable insight.

Think twice if: the manuscript has an incremental composition change without a defensible mechanism or general lesson.

ACS Energy Letters

Best for: A concise, highly significant energy result with an immediate message that remains well supported after the scope is narrowed.

Think twice if: the revised evidence still needs a full mechanism, validation, or durability program.

What to revise before resubmitting

  1. Title and abstract: state the energy problem, demonstrated mechanism or result, boundary, and consequence without superlatives.
  2. Introduction: distinguish the practical need from the mechanistic gap and name the nearest alternative explanation.
  3. Materials and methods: report synthesis, composition, calibration, controls, operating conditions, and reproducibility details needed to inspect the claim.
  4. Mechanism evidence: separate direct observation, calculation, correlation, and hypothesis; show what the controls rule out.
  5. Performance: report baselines, uncertainty, duration, cycling, relevant conditions, and failure cases.
  6. Figures and tables: make units, normalization, sample count, comparator, operating window, and exclusions independently readable.
  7. Discussion: separate observation from mechanism and laboratory evidence from application or deployment implications.
  8. Supplement: include raw inputs, computational settings, characterization, and extended controls that make the central figures auditable.
  9. Destination cover letter: explain why the former JEC manuscript now serves the new reader and list substantive repairs.

Audit the revised JEC manuscript before resubmission.

Build an operating-window map before changing journals

Make a compact map for the central result before writing a new cover letter. For a catalyst, record feed or electrolyte, temperature, pressure, potential or current, loading, reactor configuration, duration, conversion, selectivity, and deactivation signal. For an energy-storage material or device, record composition, mass loading, voltage window, rate, temperature, cycle count, retention, coulombic efficiency where relevant, and the comparator basis. For a photoelectrochemical, thermal, or process result, record the input condition, measurement geometry, calibration, baseline, steady-state or transient regime, and the scale that the experiment actually represents.

Then label each conclusion as directly observed, supported by a control, calculated, or inferred. A destination can reasonably welcome a narrower but transparent operating-window result when its readers can judge the mechanism and limitation. It cannot repair a claim whose conditions, comparator, or failure mode are missing. Use the map to decide whether the revision belongs with catalysis readers, energy-storage readers, process and device readers, or whether the manuscript needs more evidence before it has a new journal route.

Appeal, transfer, resubmit, or start fresh?

Appeal only when a factual or procedural error could plausibly change the decision. Disagreement about novelty, significance, scope, or editorial judgment is usually a reason to repair the paper and choose a better evidence fit.

Use a transfer only when the letter explicitly offers it and the revised paper matches the destination. Start fresh when the audience or evidence changed materially. Do not submit elsewhere while a JEC appeal, transfer, invited resubmission, or evaluation remains active. Never make a simultaneous submission.

In our pre-submission review work with Journal of Energy Chemistry manuscripts

In our pre-submission review work with Journal of Energy Chemistry manuscripts, we trace the strongest claim across the title, abstract, methods, mechanism figures, performance tables, durability evidence, Highlights, graphical abstract, and discussion. The patterns below are Manusights repair observations, not JEC rejection statistics.

Performance is treated as a mechanism

We see this when a current-density, capacity, selectivity, or conversion result is used as evidence for an active site, reaction path, transport explanation, or structure-function relation. We inspect the controls, characterization, calculations, figure captions, and discussion. A repair either adds evidence that discriminates alternatives or limits the claim to the measured performance.

A favorable operating window becomes a practical claim

We compare the reported operating condition, duration, cycling, feed or electrolyte, loading, baseline, and failure mode with the deployment language in the abstract and conclusion. A Journal of Energy Chemistry manuscript becomes more credible when it names the regime it tested and the regime it did not test.

The graphical abstract promises a result the figures do not establish

We check whether the graphical abstract and Highlights imply a mechanism, scale, or application result that the main figures, methods, and supplement cannot support. The repair is to rebuild the package from the evidence chain. A stronger visual promise cannot compensate for a weaker control.

Transfer is mistaken for a solution to an evidence problem

We check the decision letter, the proposed destination, and the unresolved controls or interpretation issues together. A transfer can reduce formatting work, but it does not turn an inferred mechanism into a demonstrated one. The revised abstract and cover letter should show what changed before any new editor sees the paper.

Before accepting a transfer, we also compare the destination's article type, central reader decision, and required evidence with the revised manuscript. If the same controls, operating-boundary limits, or unsupported interpretation remain, a new submission route is premature.

Final routing rule

Choose the next journal only when the revised manuscript can state its energy problem -> material identity -> mechanism -> performance -> operating boundary -> consequence without an unsupported link. Recheck live scope and author instructions immediately before uploading.

How this page was created

We checked the current Journal of Energy Chemistry guide for authors, the Manusights owner inventory, and live exact-query results on July 13, 2026. Official guidance establishes the article-transfer boundary and package requirements. The routing ledger, evidence chain, and repair patterns are Manusights analysis.

The JEC cluster recorded two 90-day preview starts in the portfolio baseline. That is a product-intent proxy, not proof of exact rejected-from query volume. Read final Search Console data after 14 complete days; at 21 days, keep, revise, consolidate, or stop this owner.

Frequently asked questions

Identify whether the decision is an editorial rejection, post-review rejection, transfer offer, or invited resubmission. Repair the controlling mechanism, validation, or scope problem before selecting the next journal.

No. Journal of Energy Chemistry is part of Elsevier's Article Transfer Service. A transfer is optional, requires the destination journal to review the paper again, and does not remove the need to repair the original concern.

Possible routes include Applied Catalysis B: Environment and Energy, Energy Storage Materials, Chemical Engineering Journal, Applied Energy, Materials Today Energy, and a more selective energy journal only when the revised evidence supports that audience.

Only after the original evaluation and any appeal, transfer, or invited-resubmission path is closed. Never make a simultaneous submission.

References

Sources

  1. Journal of Energy Chemistry guide for authors
  2. Journal of Energy Chemistry
  3. Applied Catalysis B: Environment and Energy
  4. Energy Storage Materials
  5. Chemical Engineering Journal
  6. Materials Today Energy

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