Journal of Hazardous Materials Impact Factor

Source limitation: public pages do not expose every paid JCR field. The exact current category rank and current five-year JIF should be verified directly in Journal Citation Reports before a formal bibliometrics statement. For manuscript targeting, the current JIF, Q1 status, ISSNs, trend, APC, and scope evidence are enough to decide whether JHM belongs on the shortlist.

A 10.6 JIF tells you that Journal of Hazardous Materials is still a high-citation venue for environmental contamination, toxicology, treatment, exposure, and remediation work. It does not mean a generic environmental engineering paper, a clean-lab adsorption study, or a materials-chemistry manuscript automatically fits.

The useful signal is the gap between JHM's current JIF and its recent peak. The journal rose sharply through 2021, then normalized from 14.224 to 13.6, 12.2, 11.3, and now 10.6. That is a real decline, but not a weak-journal signal. It reads more like a post-surge correction in a high-volume environmental citation field.

For authors, the number should change the shortlist only after scope is already strong. JHM is attractive when the manuscript makes the hazard itself the organizing logic: what the contaminant is, why it matters, how it moves or transforms, what exposure or ecological consequence follows, and how the proposed treatment or assessment changes decisions.

The trend supports a conservative conclusion: JHM is not at its 2021 peak, but the current 10.6 still keeps it in a strong environmental-science tier. Authors should not target or skip JHM because of a 0.7 year-over-year change. The better question is whether the paper's first page proves a hazardous-materials contribution.

This table is a ranking guardrail, not a substitute for direct JCR access. The stable part is Q1 status and strong field reach. The variable part is the exact rank, which can differ by category and release reload.

Journal of Hazardous Materials is unusually explicit about scope. Elsevier's journal page asks authors to show that the subject is an environmental contaminant and that the study uses environmentally relevant conditions. That source language is the best clue for reading the 10.6 JIF: the metric points to a strong journal, but the scope test is concrete.

In our pre-submission review work on JHM-targeted manuscripts, the recurring issue is not the citation number. It is whether the abstract, figures, methods, and cover letter make the hazard contribution obvious before the editor has to infer it. Manusights internal analysis identifies one gap in official guidance and public metric pages: they state the metric, but they do not translate it into the abstract, figures, methods, and cover-letter checks that make a JHM submission look like a hazard-mechanism paper rather than a materials-performance paper. Manusights submission analysis treats the patterns below as specific failure patterns, not official Elsevier rules, because they are manuscript-component problems authors can fix before upload.

Removal performance without hazard fate. Many manuscripts show high adsorption, degradation, or removal efficiency but never explain what happens to the hazardous compound after treatment. JHM fit is stronger when the paper distinguishes removal, transformation, mineralization, concentration, and secondary products.

Unrealistic environmental conditions. Elsevier's scope text emphasizes environmentally relevant conditions. Papers built around unusually high contaminant doses, ideal pH, deionized water, or clean matrices need a direct bridge to realistic occurrence ranges and field-like matrix effects.

Materials novelty with a thin environmental claim. A new nanomaterial, catalyst, membrane, biochar, or composite can fit JHM, but only if the hazard story is central. If the manuscript mainly proves material synthesis and attaches remediation as an application label, a materials or applied-engineering venue may be cleaner.

Regional monitoring without transferable mechanism. A contamination survey can fit when it changes how readers understand exposure routes, fate, source control, treatment priority, or risk management. A local measurement study with no transferable insight is less convincing for a high-volume Q1 venue.

Risk assessment with default inputs only. JHM can publish risk assessment, but the strongest versions use measured exposure pathways, bioavailability, receptor context, or local data. A generic framework applied to one more location rarely carries the metric-level fit by itself.

A Journal of Hazardous Materials journal-fit check can test whether the paper reads like hazard-centered environmental science or like a broader engineering, analytical, or materials manuscript.

If JHM stays on the shortlist after the metric check, a Journal of Hazardous Materials submission readiness check can review the abstract, figures, methods, environmental-condition framing, and cover letter before upload.

Use official pages for mechanics, and use the fit logic above to decide whether the impact factor actually supports your target.

• [ ] Confirm the exact title: Journal of Hazardous Materials.
• [ ] Match ISSN 0304-3894 or eISSN 1873-3336.
• [ ] Cite the metric as the 2025 Journal Impact Factor in the 2026 JCR release.
• [ ] Treat 11.3 as prior-year or lagging metadata, not the current two-year JIF.
• [ ] Separate JIF from CiteScore, SJR, SNIP, h-index, and Scopus impact score.
• [ ] Check the exact category rank directly in JCR if the number will appear in a CV, grant, promotion packet, or library report.
• [ ] Decide whether the manuscript proves a JHM-style hazardous-materials contribution before the metric influences the shortlist.

Journal of Hazardous Materials at 10.6 remains a strong Q1 target for hazard-centered environmental research. The current value is lower than the recent peak, but it still signals a journal with high citation reach, broad field visibility, and a demanding scope boundary.

The right reason to submit is fit: a manuscript that studies a real environmental contaminant or hazardous material under realistic conditions, with a clear account of fate, toxicity, exposure, treatment, or mitigation. If the hazard logic is thin, the 10.6 JIF can make the target look better than the paper's actual reviewer community.