Fuel Submission Process

Fuel describes itself as covering the science and technology of fuel and energy. Its official scope includes fuel cells, coke, hydrogen generation and use, oils and gases, synthetic fuels, biofuels, sustainable-fuels catalysis, natural gas, energy materials, petroleum, sustainable road, aviation, and marine fuels, emissions control, waste-derived fuels, refuse-derived fuels, carbon applications in fuel energy, and carbon capture, utilisation and storage.

That scope is broad, but broad does not mean anything energy-adjacent will fit. The real submission decision is whether the manuscript reads as a Fuel paper rather than a generic catalysis, materials, reactor, environmental, or process-optimization paper. Editors first assess suitability for the journal. If the manuscript is suitable, it is typically sent to at least two reviewers for independent expert assessment. The decision remains with the editors.

The practical sequence is standard Elsevier: choose the article type, enter metadata, add the abstract and keywords, upload the manuscript and figures, complete declarations, provide highlights, add a cover letter, and review the generated package before submission.

The requirements with the most editorial consequence are:

Before opening Editorial Manager, make the manuscript easy to route. A Fuel editor should be able to tell whether the paper is mainly about combustion, fuel properties, conversion, catalysis for fuels, emissions, carbon capture, waste-derived fuels, hydrogen, or energy materials tied to a fuel-use case.

The title should name the fuel or energy problem. The abstract should state the practical consequence before it gets lost in methods detail. The highlights should capture the result and method without generic words. The first figure should make the performance or mechanism legible. The benchmark table should compare against the nearest practical alternatives under fair operating conditions. The supplementary material should deepen confidence rather than hide the real validation.

This guide tells you what Fuel editors look for; the review tells you whether your paper passes that bar before upload. Manusights reviews 1,000+ manuscripts and reports, we do not train models on your manuscript text, and the service includes a 60-day money-back guarantee when the review does not meet the stated deliverable.

Across Manusights submission reviews for combustion, catalysis, fuel-characterization, biofuel, hydrogen, emissions, carbon-capture, waste-derived-fuel, and energy-conversion manuscripts targeting Fuel, the strongest pages are not the ones with the most data. They are the ones where the title, abstract, first figure, methods, benchmark table, and cover letter all identify the same fuel or energy consequence.

Fuel-performance claim is broader than the conversion evidence

Across energy and fuel manuscripts targeting Fuel, this pattern appears when the manuscript claims relevance to practical fuel performance but the results mostly support catalyst activity, material behavior, or conversion under narrow conditions. Fuel's scope includes catalysis and energy materials, but the journal-specific question is still fuel and energy consequence. A catalyst screen is not automatically a Fuel paper unless the operating conditions, feedstock, emissions, product distribution, energy efficiency, or process consequence are visible.

The manuscript components to test are the abstract, Figure 1, the methods, the benchmark table, and the discussion. The abstract should name the fuel problem and the principal result. Figure 1 should connect the material, catalyst, process, or model to the claimed fuel outcome. The methods should report temperature, pressure, feed composition, flow, stability, replicate logic, and analytical conditions clearly enough for reviewers to judge realism.

The benchmark table should not flatter the result by comparing against weak or outdated alternatives. The discussion should state limits plainly instead of converting a narrow lab result into an application-ready claim.

If the manuscript is really a catalyst-development paper, Applied Catalysis B, Chemical Engineering Journal, Catalysis Today, or Fuel Processing Technology may be cleaner. If it is mainly a process-systems paper, Applied Energy, Energy Conversion and Management, or Bioresource Technology may be stronger. Fuel remains the right target when the fuel consequence is not decorative but central.

Check whether your Fuel performance claim is supported by the evidence package →

Characterization and mass-balance details do not support the process claim

For manuscripts targeting Fuel, this failure pattern appears when the paper includes impressive characterization but leaves the reviewer uncertain about whether the fuel process can be trusted. The issue can be missing mass balance, unclear carbon accounting, incomplete product analysis, limited durability evidence, weak uncertainty treatment, or a supplementary file that contains the only data needed to evaluate the main claim.

The component-level fix is concrete. Put the mass-balance or conversion-accounting logic in the main methods or main results. Make the table of operating conditions easy to inspect. Use the supplementary file for additional runs, not for the first complete explanation of how yields, selectivity, emissions, or energy metrics were calculated. Make the graphical abstract show the fuel or process result, not just a reactor drawing or microscopy image.

Keep highlights precise: "Stable conversion under realistic feed variation" is stronger than "Novel catalyst shows excellent performance" if the data actually supports it.

The alternative-journal implications are important. If the core contribution is characterization, Carbon, Materials Today Energy, or a specialist materials venue may fit better. If the contribution is bioresource conversion with process evidence, Bioresource Technology or Renewable Energy may be closer. If the contribution is energy-system optimization, Applied Energy or Energy may be better. Fuel should remain the target when the characterization, mass balance, and process evidence all support a specific fuel-science conclusion.

Check whether your Fuel methods and benchmark package are reviewer-complete →

Paper fits an energy-conversion or materials venue better than Fuel

For manuscripts targeting Fuel, the third pattern is routing ambiguity. The manuscript sounds like Fuel in the keywords, but the actual contribution is split across catalysis, materials, process engineering, emissions modeling, and energy systems. Editors need to know which reviewer community can fairly judge the paper. If the abstract and cover letter do not solve that routing problem, the process starts with friction.

The first fix is to align the article components. The title should name the fuel system, feedstock, emissions question, fuel cell, hydrogen route, carbon-capture pathway, or waste-derived-fuel context. The abstract should state the result and why it matters to Fuel readers. The first figure should orient the reader to the fuel problem before the specialist mechanism. The cover letter should state why Fuel is better than Fuel Processing Technology, Energy, Applied Energy, Chemical Engineering Journal, Bioresource Technology, Energy Conversion and Management, or Renewable Energy.

Do not use the cover letter to compensate for an unfocused manuscript. If the paper would still make sense after removing the fuel context, it is probably not centered enough for Fuel. If the claimed novelty is a new material, catalyst, or process condition and the fuel consequence is secondary, the submission may be stronger elsewhere. If the evidence chain makes the fuel consequence unavoidable, Fuel is a credible target.

Check whether your Fuel manuscript is routed to the right reviewer community →