Progress In Energy And Combustion Science

Progress in Energy and Combustion Science (progress-in-energy-and-combustion-science)

Journal positioning

Progress in Energy and Combustion Science (Elsevier) is a review journal: it publishes authoritative, comprehensive, critical reviews in energy and combustion science, not primary research. Its articles are long, scholarly syntheses that map a field, weigh conflicting evidence, expose open problems, and set the agenda for future work — frequently invited or proposed in advance. The single most common misfit is a primary-research manuscript (new experiments or one model) submitted as if it were a review; another is a shallow literature survey that catalogs papers without critical judgment. A submission succeeds only if its authors can credibly claim field-level authority and deliver a genuinely critical, integrative account. This skill is a fit / venue-selection / re-framing tool. It does not replace the journal's current official author guidelines. Before submitting, re-check the live Guide for Authors on the Elsevier site and any pre-submission/proposal expectations.

When to trigger

• The author wants to place a comprehensive review of an energy or combustion topic and is assessing whether it meets this venue's authority and depth bar.
• A manuscript must be re-framed away from primary research toward a critical, agenda-setting synthesis — or re-routed because it is in fact primary research.
• The author is deciding between this review venue and a primary-research energy/ combustion journal, or between it and a shorter perspective/mini-review elsewhere.
• The author needs the comprehensiveness and critical-synthesis bar and the venue's desk-reject heuristics.

Scope & topic fit

• Combustion science: chemical kinetics and mechanisms, turbulent and laminar combustion, ignition, pollutant formation, soot, and combustion diagnostics.
• Energy conversion and utilization: fuels (conventional, bio-, hydrogen, e-fuels), engines, gas turbines, and combustion-based power systems.
• Fundamentals bridging chemistry, transport, and thermodynamics as they govern energy and combustion processes.
• Emerging energy-and-combustion topics where a critical state-of-the-field synthesis is timely and absent from the literature.
• Cross-cutting reviews that integrate modeling, experiment, and diagnostics into a coherent, judgment-bearing picture.

Method & evidence bar

• The contribution is a critical synthesis: the review must compare, reconcile, and judge the literature — not merely summarize it paper by paper.
• Comprehensiveness is expected within a well-defined scope: the major bodies of work, including conflicting results, must be covered and weighed against evidence.
• The review must articulate what is established, what is contested, and what is open, and ideally propose a roadmap or unifying framework.
• Authority matters: the treatment must reflect deep command of the field's methods, data, and controversies, with balanced rather than self-promotional citation.
• Figures and tables should synthesize (comparative tables, mechanism maps, trend plots) rather than reproduce single-study results uncritically.

Structure & house style

• Long-form review structure: a framing introduction, a logically organized body that builds an argument across sub-topics, and a forward-looking outlook — re-check current article-type and length expectations on the live guide.
• The scope and boundaries of the review must be stated explicitly and defended; the narrative must have a thesis, not just coverage.
• Comparative tables and synthesis figures are central; original schematics that integrate disparate findings strengthen the contribution.
• A reference base commensurate with a comprehensive review is expected; citation must be balanced and current, with clear attribution.