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Reviewer #1: Overall concept: the quality of the manuscript is remarkably unsatisfactory. Also, the topic addressed is outside the expertise of the CONBUILDMAT journal. Therefore, the reviewer suggests the rejection of the manuscript. Reviewer #2: CONBUILDMAT-D-23-09891 This manuscript presents an interesting study on developing and optimizing a novel microbial dust suppressant for limestone mine dust control. The authors systematically optimized the composition of the dust suppressant using response surface methodology and evaluated its physical, chemical, and dust suppression properties. Overall, the research is well-designed and the results demonstrate the effectiveness of the formulated dust suppressant. However, for the manuscript to become publishable and useful to the academic and professional communities, the authors must make significant revisions and carefully consider the comments received. More discussion comparing this approach to other existing microbial dust suppression methods would strengthen the work. Additionally, some comments and suggestions are provided on specific sections to further improve the clarity, accuracy, and depth of the manuscript. The attached comments aim to provide constructive feedback for the authors to enhance the clarity, depth, and overall quality of the manuscript. Reviewer #3: The research content is intriguing, and the development of dust suppressants aligns with the requirements of sustainable development. However, there are several key issues that hinder the quality of the manuscript. Reviewer #4: What does the mass loss rate under simulated rain reveal about the effectiveness of dust suppressants in retaining solidified dust and preventing it from being washed away by rainfall? Reviewer #6: This paper explores a novel microbial dust suppressant suitable for cleaning limestone production. It not only expands the application scenarios for microorganisms but also provides an effective approach to address the dust emission issue in limestone powder production. The study demonstrates novelty, thorough data collection, a feasible research approach, and systematic testing. The research findings hold theoretical significance and practical value for engineering applications. I recommend publishing this study in Construction & Building Materials journal. However, there are some suggestions for further revisions or clarifications: Reviewer #7: Summary In this paper, the physical and chemical properties of the new dust suppressant were analyzed, and indexes related to its dust suppression efficiency were evaluated, including the wind and rain resistance, moisture retention, and appearance of the solidified surface layer. This paper is in a good shape after addresses these comments. 发自小木虫IOS客户端 |
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