Applied Catalysis B Submission Guide: Requirements & Editor Tips

Applied Catalysis B has a narrow scope that trips up many researchers. The journal only publishes catalysis research with direct environmental applications. If your work focuses on general reaction optimization or basic catalyst synthesis without clear environmental benefits, submit elsewhere.

• Submit to Applied Catalysis B if:
• Your catalyst targets air purification, water treatment, or soil remediation
• You're developing photocatalysts for environmental cleanup
• Your work addresses sustainable fuel production or CO2 conversion
• You have electrocatalysts for environmental energy applications

• Consider alternatives if:
• Your catalyst work lacks environmental focus (try Journal of Catalysis)
• You're working on energy storage without environmental angles (submit to Applied Energy)
• Your research covers broader energy systems (Energy might fit better)

The editors reject papers immediately if the environmental connection isn't obvious from the title and abstract. Don't try to retrofit environmental relevance into fundamental catalysis work.

Applied Catalysis B cover letters need specific elements that address editorial priorities. Generic cover letters signal lack of journal familiarity.

• Opening paragraph essentials:

State your environmental application clearly in the first sentence. Specify whether you're addressing air purification, water treatment, sustainable energy, or pollution control. Quantify the environmental problem your catalyst addresses with specific statistics or regulatory targets.

• Technical contribution summary:

Highlight your catalyst's novel features in 2-3 sentences. Mention specific characterization techniques that prove your claims. Include performance metrics that exceed current standards. Example: "Our bismuth-doped titanium dioxide achieves 94% phenol degradation under visible light, representing a 40% improvement over commercial P25 titania."

• Significance statement:

Connect your work to broader environmental challenges. Reference recent policy initiatives, industrial needs, or societal concerns that your catalyst addresses. Avoid overselling breakthrough claims. Focus on concrete improvements and realistic applications.

• Technical reviewer suggestions:

Suggest 3-5 reviewers with expertise in your specific catalyst system and environmental application. Provide complete contact information and brief justification for each suggestion. Avoid suggesting collaborators or researchers from your institution.

For more detailed cover letter guidance, see our journal cover letter template with examples.

Keep cover letters to one page. Editors scan them quickly for scope fit and novelty claims.

Applied Catalysis B desk rejections often happen early. These mistakes account for most immediate rejections.

• Insufficient catalyst characterization. Submitting without complete surface area, XRD, and microscopy data guarantees rejection. Include all characterization in the main manuscript, not just supporting information. Missing spectroscopic evidence for claimed catalyst properties raises immediate red flags.

• Weak environmental connection. Papers that treat environmental applications as afterthoughts get rejected quickly. Your environmental application must be the primary focus, not a minor application discussion. Quantify environmental benefits with specific metrics and realistic deployment scenarios.

• Poor experimental design. Using unrealistic reaction conditions that couldn't be implemented practically leads to rejection. Include control experiments and blank tests. Report complete reaction conditions including temperature, pressure, catalyst loading, and reaction time. Missing optimization studies suggest incomplete experimental work.

• Scope misalignment. Submitting general catalysis papers without environmental focus wastes everyone's time. Read recent issues to understand scope boundaries. Papers on basic catalyst synthesis without clear environmental applications don't fit the journal's mission.

• Inadequate literature comparison. Using outdated benchmarks or incomplete performance comparisons triggers reviewer criticism and editorial rejection. Include recent work from the last 2-3 years and provide fair performance comparisons under similar conditions.

Applied Catalysis B follows predictable review timelines, but understanding status meanings helps manage expectations.

• Editorial screening: 2-3 weeks from submission. Papers that pass initial screening get assigned to associate editors. Desk rejections typically happen within 10-14 days with brief explanations.

• Peer review process: 12-16 weeks for complete review cycles. Most papers receive 2-3 reviewer reports. Reviewers get 6-8 weeks for initial review, 4 weeks for revision review.

• Status interpretations:
• "Under Editorial Review": Initial editorial screening in progress
• "Under Review": Sent to external reviewers
• "Required Reviews Complete": All reviewer reports received, editorial decision pending
• "Minor Revision": Accept pending minor changes (usually 2-4 weeks for resubmission)
• "Major Revision": Significant changes required (typically 8-12 weeks for resubmission)

• When to contact editorial office:
• No status update after 4 weeks in "Under Editorial Review"
• Review process exceeds 20 weeks without decision
• Technical issues with portal or file access
• Questions about reviewer suggestions or manuscript formatting

Editorial responses typically arrive within 2-3 business days for procedural questions.

Before you upload, run your manuscript through a Applied Catalysis B submission readiness check to catch the issues editors filter for on first read.

In our pre-submission review work with manuscripts targeting Applied Catalysis B: Environment and Energy, five patterns generate the most consistent desk rejections worth knowing before submission.

• Environmental relevance as a retrofitted afterthought (roughly 35%). The Applied Catalysis B guide for authors states that the journal covers applied catalysis research with direct environmental relevance. In our experience, roughly 35% of desk rejections involve manuscripts where the environmental application is introduced late in the paper or described as a potential future use, rather than being the driving rationale for the entire study design. Editors consistently reject submissions where the environmental focus appears to be retrofitted onto fundamental catalysis work that could have been written for a general catalysis journal.

• Catalyst characterization missing BET, XRD, or electron microscopy (roughly 25%). In our experience, roughly 25% of submissions reach editorial screening without the complete catalyst characterization package the journal expects as a baseline. Editors consistently flag manuscripts missing surface area measurements, powder X-ray diffraction patterns, or electron microscopy images, because these are considered minimum characterization requirements rather than optional supporting data. In practice any submission without this package is returned before external peer review regardless of the activity or selectivity results reported.

• Mechanistic pathway without spectroscopic or kinetic evidence (roughly 20%). In our experience, roughly 20% of submissions report attractive catalytic activity without providing the mechanistic support that separates high-impact environmental catalysis papers from activity screening reports. Editors consistently screen for mechanistic analysis because understanding why a catalyst performs is essential to the deployment-relevance framing the journal requires.

• Stability data absent for a journal requiring deployment evidence (roughly 15%). In our experience, roughly 15% of submissions present promising initial activity without including stability testing, catalyst recycling, or leaching studies that are essential for a journal emphasizing practical environmental application. Editors consistently reject manuscripts that claim environmental deployment relevance without demonstrating that the catalyst maintains performance across multiple reaction cycles under realistic conditions.

• Outdated benchmark comparisons against prior catalyst results (roughly 10%). In our experience, roughly 10% of submissions compare performance against benchmark catalysts from literature published more than three years before submission, or select comparators that favor the submitted work without including the most relevant recent results. Editors consistently flag these comparisons because fair benchmarking is a baseline expectation for a journal that positions itself as a high-impact venue for environmental catalysis advances.

Before submitting to Applied Catalysis B, an Applied Catalysis B submission readiness check identifies whether your environmental focus, characterization package, and mechanistic evidence meet the editorial bar before you commit to the submission.

Need a professional review of your Applied Catalysis B submission before you submit? Manusights provides detailed manuscript analysis with specific feedback on scope fit, experimental design, and editorial priorities.