Energy and Environmental Science Submission Guide

Source: Clarivate JCR 2024, RSC editorial disclosures (accessed April 2026).

Source: EES author guidelines, RSC.

Use this page when you are still deciding:

• whether the energy or environmental impact is clear and broad enough for EES
• whether the materials performance is benchmarked against literature state-of-the-art
• whether stability/durability data is sufficient for practical claims
• how to structure a cover letter for EES's editorial screen

Before a credible EES submission goes into the system:

• a clear performance metric for the energy application (efficiency, capacity, selectivity, current density)
• benchmarking against 2-3 leading literature systems
• stability or durability data appropriate to the application (cycle life for batteries, operating stability for catalysts, long-term stability for solar cells)
• mechanism or characterization explaining why the new system performs better
• a cover letter that frames the energy-community impact

• Incremental performance advance. A 0.5% efficiency improvement on perovskite solar cells without a meaningful mechanistic insight or process advance is routinely desk-rejected.

• Missing stability data. A new battery cathode reporting only first-cycle capacity, a new electrocatalyst reporting only initial activity, a new solar cell reporting only initial efficiency.

• No literature benchmarking. Comparing your performance to your prior materials, not to state-of-the-art reported in EES, Nature Energy, Joule, or ACS Energy Letters.

• Narrow specialist focus. A paper that's primarily a chemistry advance with energy as a peripheral application typically fits JMC A or a specialty journal better.

• Cover letter argues novelty without impact. "We report a new material" without "and here's why it matters for the energy transition" weakens the editorial case.

EES is the RSC's flagship energy journal, with an editorial standard tuned to broad energy-community impact rather than narrow chemistry advances.

The performance + stability + mechanism trio: EES editors increasingly look for all three, not just the headline performance metric. Papers reporting only performance are flagged for the missing pieces.

The 30-45 day decision window: EES moves faster than most high-impact materials journals. This means quick desk decisions but also a decisive editorial screen.

The literature benchmarking standard: EES editors and reviewers expect comparison to the best-reported systems in the field, not just internal comparison. A 20% efficiency claim is meaningless without context: is that competitive with the 2025 state-of-the-art?

The package needs:

• a clear performance metric in the abstract's opening
• stability/durability data appropriate to the application
• 2-3 literature benchmarks in the introduction or results
• mechanism that explains the performance advance

The cover letter must establish:

• the energy or environmental impact in one sentence
• the performance advance with a specific metric and benchmark
• the broader significance for the energy community

A cover letter that focuses on synthesis novelty without energy impact framing weakens the case.

The TOC graphic is a critical first impression. The strongest EES TOC graphics show a clear performance comparison (your system vs. literature state-of-the-art) along with a schematic of the mechanism or device. TOC graphics that show the synthesis route or experimental setup without the performance advance are weaker.

EES reviewers expect:

• performance metric appropriate to the application (efficiency, capacity, selectivity, durability)
• stability data: cycle life for batteries, operating stability for catalysts, long-term stability for solar cells
• mechanism: spectroscopic or computational evidence for why the advance occurs
• benchmarking: 2-3 state-of-the-art literature comparisons
• statistical reporting of performance variability across multiple devices/measurements

Papers missing stability data on materials with practical claims typically receive desk rejections or first-round revision requests.

• the performance advance is real but incremental
• stability data is missing or insufficient
• the work is primarily chemistry with energy as a secondary application (better fit for JMC A)
• the manuscript reports a single device/measurement without statistics across replicates
• the mechanism is hypothesized but not directly evidenced

• Is Energy & Environmental Science a good journal?
• Journal of Materials Chemistry submission guide

Before upload, run your manuscript through an EES scope and stability-data readiness check to confirm the package supports an EES-level claim.

In our pre-submission review work with energy materials manuscripts targeting EES, three patterns generate the most consistent desk rejections.

In our experience, roughly 35% of EES desk rejections trace to missing stability or durability data on materials claimed to have practical relevance. In our experience, roughly 25% involve incremental performance advances without sufficient mechanistic insight. In our experience, roughly 20% arise from manuscripts that are primarily chemistry advances with energy as a secondary framing.

• Stability data missing on materials with practical claims. EES editors have tightened expectations on this dimension over the last 3-4 years. We observe that papers reporting only first-cycle battery capacity, only initial-state catalytic activity, or only short-term solar cell efficiency are routinely returned with requests for cycling data, operational stability, or long-term performance. SciRev community data on EES consistently shows stability-related revision requests as the top first-round feedback class.

• Incremental advances framed as breakthroughs. Editors at EES specifically look for performance + mechanism + stability trio, with each contributing meaningfully to the case. We see many manuscripts reporting a 0.5-2% performance improvement on established systems (perovskite solar cells, lithium-ion cathodes) without a mechanistic explanation or process advance that justifies the EES audience. These are routinely desk-rejected with the suggestion to repropose to JMC A or a specialty journal.

• Cover letters that focus on synthesis novelty rather than energy impact. EES editors consistently look for energy-community framing in the cover letter. We find that letters describing a new synthesis route to an established material, without articulating why the energy or environmental impact matters, weaken the editorial case from line one. A EES cover-letter and stability-readiness check can identify whether the framing and data package support an EES-level submission.

Clarivate JCR 2024 bibliometric data places EES in the top decile of energy journals. SciRev author-reported data confirms typical 30-45 day first-decision windows.