Rejected from Applied Catalysis B? Where to Submit Next

This page was researched from the current ScienceDirect journal page, the Applied Catalysis B guide for authors, ACS Catalysis author guidelines, the Applied Catalysis A journal page, Elsevier's Article Transfer Service page, existing Manusights Applied Catalysis B pages, and Manusights internal analysis of catalysis-submission failure patterns. The non-obvious layer is the routing diagnosis: a rejected Applied Catalysis B manuscript should not be retargeted until the author knows whether the problem is catalyst evidence, environmental-energy fit, mechanism depth, benchmark realism, article type, or destination mismatch.

In practice, we see Applied Catalysis B rejections split into two very different groups. Some manuscripts are good catalysis papers that failed because the mechanism, turnover evidence, real-condition benchmark, or environmental-energy significance was not yet visible. Others are good environmental or energy application papers that were forced into a catalysis venue even though the catalytic insight is thin. Those two cases need different next journals.

Do not assume rejection means the science is weak. In this family, rejection often means the manuscript did not prove the right kind of contribution for the journal.

The mistake is choosing by prestige ladder. Choose by what the rejection letter reveals about the manuscript's real center: catalysis mechanism, environmental treatment, energy conversion, material design, or engineering process.

ACS Catalysis can be a strong next journal when the rejection shows the paper is not specifically an environmental or energy catalysis story, but the catalytic science is strong.

The ACS Catalysis guidelines emphasize original experimental and theoretical research on catalytic molecules, macromolecules, or materials, with catalytic turnover and, where possible, turnover frequencies and kinetic parameters. They also warn that manuscripts mainly reporting data or applications of data are generally unsuitable.

Submit toward ACS Catalysis if:

• the catalyst design principle is the main advance
• turnover, kinetics, mechanism, or active-site evidence is strong
• the environmental or energy application is secondary
• the benchmark is against catalytic alternatives, not only removal percentage or device output
• the cover letter can explain catalytic significance without leaning on journal prestige

Do not move there if the rejected Applied Catalysis B manuscript is mostly treatment performance, adsorption capacity, pollutant degradation percentage, or energy-device output. ACS Catalysis will still ask what the catalysis insight is.

Applied Catalysis A: General is often a better route than authors expect. Its current scope covers catalysis science and applications of basic and practical interest, with emphasis on advances in catalysis science, new concepts or approaches, practical implications, and new understanding of catalytic phenomena.

That makes it a strong next target when the work is catalysis-centered but not clearly an Applied Catalysis B environmental-energy paper.

Submit toward Applied Catalysis A if:

• the paper explains catalytic phenomena rather than only testing an application
• the practical implication is real, but not specifically environmental remediation or clean-energy conversion
• the manuscript can include a clear justification for journal fit
• the novelty is a new catalyst concept, process approach, or mechanistic understanding
• the rejected Applied Catalysis B framing felt forced

Do not treat Applied Catalysis A as a simple downgrade. It is a different fit decision.

Sometimes the rejected paper is strongest as environmental science, not catalysis.

That happens when the core value is:

• pollutant removal in complex matrices
• transformation products and toxicity
• environmental fate
• treatment-process reliability
• real-water or real-gas performance
• life-cycle or deployment context
• comparison to non-catalytic treatment routes

In that case, the next journal might be Chemical Engineering Journal, Journal of Hazardous Materials, Chemosphere, Environmental Science & Technology, Water Research, or another environmental-engineering journal depending on evidence depth and audience.

Check whether your rejected Applied Catalysis B manuscript is really an environmental-treatment paper →.

Energy-journal routing is better when the paper's contribution is energy conversion, storage, fuels, or device/system performance rather than catalyst mechanism.

Consider an energy destination when:

• the performance metric is energy-system relevant
• operating conditions resemble the intended application
• the manuscript compares against device or process baselines
• durability, stability, efficiency, or integration is the key result
• the catalyst is one component of a larger energy argument

If the paper's strongest evidence is active-site, kinetics, catalyst activation, poisoning, regeneration, or reaction pathway, stay closer to catalysis journals. If the strongest evidence is system performance under realistic energy conditions, retarget to an energy journal.

In our review work with Applied Catalysis B manuscripts, Manusights reads the rejected package as a routing problem: did the journal reject the environmental-energy fit, the catalyst evidence, the benchmark realism, or the manuscript's article type? The repeat failures are visible in the title, abstract, reaction scheme, benchmark table, control experiments, stability tests, cover letter, and decision letter. We do not treat an Applied Catalysis B rejection as a generic cascade because the current journal is specifically Environment and Energy, not just "any strong catalysis paper." That distinction is what makes this page different from the Applied Catalysis B journal hub: the hub explains the cluster, while this guide diagnoses a failed submission package.

• Applied Catalysis B pattern 1: strong catalyst, weak environmental-energy story. Authors show an interesting catalyst but bolt on a pollutant, fuel, or energy metric late in the paper. If the environmental or energy claim is not central to the mechanism, benchmarks, and cover letter, Applied Catalysis A, ACS Catalysis, or Journal of Catalysis may be cleaner.

Check whether your rejected manuscript is catalysis-first or application-first →.

• Applied Catalysis B pattern 2: good removal or conversion numbers, thin mechanism. The paper may report impressive degradation, conversion, current density, or yield, but reviewers cannot see why the catalyst works. In our reviews, this usually shows up as missing controls, weak kinetic treatment, shallow active-site evidence, or a benchmark table that compares outcomes without explaining mechanism.

Check whether the mechanism package is strong enough for a catalysis journal →.

• Applied Catalysis B pattern 3: unrealistic conditions make the application claim fragile. The manuscript says sustainable environmental solution or clean-energy conversion, but the tests are too idealized: clean matrices only, short cycling, weak poisoning/regeneration evidence, noncompetitive illumination/current-density conditions, or selective benchmark choices. This can be fixable, but not by changing journals alone.

Check whether the benchmark and operating conditions will survive reviewer scrutiny →.

• Applied Catalysis B pattern 4: the paper belongs to an environmental or energy audience. Sometimes the catalysis is not the main advance. The real value is pollutant fate, treatment reliability, toxicity, device performance, or systems integration. Those papers can be valuable, but forcing them back into a catalysis journal usually recreates the same rejection.

This guide tells you how to choose the next venue after rejection; the review tells you whether your actual manuscript is ready for that next venue. Paid Manusights reviews include a 60-day money-back guarantee, and we do not train models on submitted manuscripts.

Elsevier's Article Transfer Service can recommend alternative journals after rejection based on factors such as journal scope, readership, article type, and prior transfer data. That can save time, but it does not remove the need to revise.

Before approving a transfer:

1. Check whether the receiving journal matches the manuscript's actual center of gravity.
2. Revise the title, abstract, highlights, graphical abstract, and cover letter for the destination.
3. Decide whether reviewer comments need manuscript changes before transfer.
4. Remove Applied Catalysis B-specific claims that no longer fit.
5. Confirm whether the transfer is only a recommendation or an enhanced offer with stronger conditions.

A transfer can preserve useful workflow history. It can also preserve the wrong framing if the rejected file moves unchanged.

The current guide says that if a previously rejected article is resubmitted, authors must first obtain the handling editor's agreement. The cover letter must state that it is a resubmission, include the prior manuscript ID, present evidence of approval from the prior handling editor, and outline the changes made to address earlier concerns.

That means "try again" is not the default path. Consider resubmission only when:

• the editor explicitly allows it
• the rejection reason is concrete and repairable
• the new manuscript includes substantive changes, not cosmetic edits
• the cover letter can document those changes clearly
• the environmental-energy catalysis fit is now stronger than before

Otherwise, choose a new destination and rewrite the package honestly.

This page was checked on 2026-07-17 against Elsevier, ScienceDirect, ACS, and Manusights cluster sources. Official journal instructions, transfer mechanics, and journal names can change. Use the live author guidelines and the actual rejection letter before choosing a next destination.