CHEMBIOENG 评论于 2014 年推出，旨在成为一流的期刊，发表评论文章，提供有关重大发展的信息，并提供化学工程和生物技术领域重要主题的基础知识。该杂志为需要简洁、易于访问特定主题信息的学者和研究人员提供支持。这些文章涵盖（生物）化学工程和技术的所有领域，例如，

ChemBioEng Reviews was launched in 2014 with the aim of becoming a leading journal that publishes review articles, provides information on significant developments, and offers foundational knowledge on important topics in the fields of chemical engineering and biotechnology. This journal supports scholars and researchers who require concise and easily accessible information on specific topics. The articles cover all areas of (bio)chemical engineering and technology, such as:

《ChemBioEng Reviews》于2014年创刊，旨在成为一流的期刊，发表评论文章，提供有关重大进展的信息，并为化学工程和生物技术领域的重要主题提供基础知识。该期刊为需要简洁、易于获取特定主题信息的学者和研究人员提供支持。这些文章涵盖（生物）化学工程和技术的各个领域，例如：

ChemBioEng Reviews

Abstract The light metal beryllium is a comparatively rare element, which nowadays is primarily derived from bertrandite. It is mainly used as pure metal or in the form of copper‐beryllium alloys, e.g., in automotive industry, aerospace, and electrical components. The wide range of applications is mainly attributed to the extremely high rigidity/density ratio. An overview of the history of the metal, its production and recycling as well as the properties of CuBe alloys are given.

Nikolaus Nagel

Beryllium and Copper‐Beryllium Alloys

铍和铍铜合金

Abstract Bioprinting is an additive manufacturing technology with great potential in medical applications. Among available bioprinting techniques, laser‐assisted bioprinting (LAB) is a promising technique due to its high resolution, high cell viability, and the capability to deposit high‐viscousity bioink. These characteristics allow the LAB technology to control cells precisely to reconstruct living organs. Recent developments of LAB technologies are reviewed in this paper, covering various designs of LAB printers, research progresses in energy‐absorbing layer (EAL), the physical phenomenon that triggers the printing process in terms of bubble formation and jet development, printing process parameters, and major factors related to the post‐printing cell viability. The latest studies on LAB technologies are highlighted, expounding their advantages and disadvantages, and some potential applications are presented. The potential technical challenges and future research trends for LAB technologies are also discussed.

Chaoran Dou

Victoria Perez

Jie Qu

Andrew Tsin

Ben Xu

Jianzhi Li

A State‐of‐the‐Art Review of Laser‐Assisted Bioprinting and its Future Research Trends

激光辅助生物打印及其未来研究趋势的最新综述

Abstract The iron and steel industry is a significant contributor to greenhouse gas emissions, responsible for about 7–9 % of the total emissions. This paper examines sustainable production methods in the iron and steel industry, focusing on decarbonization strategies and energy integration. It covers a wide range of alternative reductants to replace the conventional use of coal. Moreover, the paper highlights the challenges and opportunities associated with each approach. Additionally, it discusses the design modifications for coal‐based sponge iron plants, aiming to reduce coal consumption and waste gas generation while ensuring economic viability. This study provides a roadmap for transitioning to environmentally friendly, technically feasible, and economically viable iron and steel manufacturing processes.

Neema Adhikari

Shabina Khanam

Toward Sustainable Production: Emerging Trends in Iron and Steel Making

迈向可持续生产：钢铁制造的新兴趋势

Abstract Prokaryotic cells are pivotal in meeting the global demand for biopharmaceuticals. However, challenges such as the absence of advanced technology for real‐time monitoring, standardized testing methodologies, and quality risk assessment of microbial activity have led to increased production costs, delays, and shortages of biopharmaceutical products. A thorough understanding of how biomolecule production interacts with microbial population structure and function is vital for improving continuous manufacturing and process automation. In this review, we discuss the current microbiological techniques that meet good manufacturing practice requirements in industrial settings, explore the advantages of monitoring and measuring biomass growth efficiency and turnover rates beyond regulatory criteria for product release, and provide a critical assessment of the current state of knowledge on bioassays and engineering tools for biomolecule yield measurement and monitoring. Furthermore, we identify areas for future development, potential applications, and the need for interdisciplinary innovation to drive future research, including advancing bioassays for biopharmaceutical wastewater risk.

Rosha Pashang

Kimberley A. Gilbride

Jannis Wenk

Microbial Dynamics and Quality Monitoring in Biopharmaceutical Production

生物制药生产中的微生物动态与质量监控

Abstract Implants are essential in medical treatments, as they offer restored function, quality of life enhancement, and long‐term solutions. The global demand for implants is increasing due to the aging population, medical innovation, and improved medical payment capacity. 3D printing, also known as additive manufacturing, has revolutionized the fabrication of implants due to its ability to produce complex geometries and customizable designs. The superior biocompatibility, corrosion resistance, and mechanical properties of titanium (Ti) and its alloys make them ideal and common for orthopedic and dental implants. Materials are the basis of 3D‐printed implants. Ti‐based materials for 3D printing are summarized, including commercial pure titanium, binary Ti alloys, ternary Ti alloys, quaternary Ti alloys, and multicomponent Ti alloys. Post‐processing is necessary to ensure the desired performance of 3D‐printed implants. Post‐processing methods for 3D‐printed implants are reviewed from the perspective of improving the performance of the mechanical property, osseointegrative property, antibacterial property, and multiple properties. In this review, the published literatures related to the materials and post‐processing of 3D‐printed Ti‐based implants are collected and discussed. The current challenges and future trends are also analyzed. It is expected to provide a basis for the application of 3D‐printed Ti‐based implants.

Yasi Li

Fengtao Wang

Review of 3D‐Printed Titanium‐Based Implants: Materials and Post‐Processing

3D打印钛基植入物的回顾：材料与后处理

Abstract An environmentally responsible and sustainable replacement for finite fossil fuels is biodiesel. Because of its amazing qualities, biodiesel is becoming more and more popular as a renewable fuel around the globe. The many approaches, feedstocks, catalysts, comparison standards, reaction kinetics, final product analysis, and final product characterization of biodiesel are covered in this review article. Researchers have used a variety of techniques to produce biodiesel throughout history, with transesterification emerging as the most effective approach in more recent times. Numerous studies on biodiesel feedstock and catalysts to produce high biodiesel yields have been published; nevertheless, it should be highlighted that the type of feedstock must be considered while choosing a catalyst. The review paper highlights the significance of several parameters that are crucial to the manufacture of biodiesel, without which achieving a high yield would be challenging. The literature has also discussed the limitations and advantages of different catalysts, and scientists are currently working to identify the ideal catalyst within certain optimal parameters for the manufacture of biodiesel. Homogeneous reaction‐based biodiesel synthesis has a number of drawbacks, though, such as water content, a laborious purification procedure, and a low tolerance for free fatty acids. To address these issues, scientists have started investigating heterogeneous reactions involving solid catalysts. A large pore network, a moderate‐to‐high density of strong acid sites, a hydrophobic surface, and the ability to control surface hydrophobicity to avoid deactivation are all desirable characteristics of an ideal solid catalyst. Ion exchange resins, sulfated oxides, heterogeneous base catalysts, boron group‐based heterogeneous catalysts, alkaline earth metal oxides, mixed metal oxides, alkali metal oxides, heterogeneous catalysts derived from waste materials, and different approaches to biodiesel synthesis that employ enzymes, carbon‐based heterogeneous catalysts, and ionic liquids as catalysts are among the categories of catalysts that can be used in the production of biodiesel. The finest benchmarks to compare the quality of biodiesel with European and American Society for Testing Material standards. For detailed characterization of the finished product, gas chromatography and nuclear magnetic resonance are the most effective methods.

Zahoor Ullah

Mohamad Azmi Bustam

Mohib Ullah

None Mamoon‐Ur‐Rashid

Amir Sada Khan

Syed Nasir Shah

Mansoor Ul Hassan Shah

Pervaiz Ahmad

Muhammad Sohail

Khalid Ali Khan

Unveiling Biodiesel Production: Exploring Reaction Protocols, Catalysts, and Influential Factors

揭示生物柴油生产：探索反应方案、催化剂及影响因素

Abstract Gas–solid cyclones are broadly employed in the industrial sector. Even though numerical methods are currently a strong tool for predicting the characteristics of flow patterns inside cyclone separators, they should be validated using experimental data. On the other hand, several practical aspects must be considered to analyze the operating circumstances of cyclones and their design optimization. This paper summarizes cyclone working principles and measurement techniques utilized in experimental analysis. Besides, experimental aspects, including various geometries, surface roughness, erosion rate, external electric field, particle properties, etc., are discussed. Eventually, research gaps and future directions are introduced.

Morteza Bayareh

A Review of the Experimental Analysis of Gas–Solid Cyclone Separators

气体-固体旋风分离器实验分析综述

Abstract The world population is expected to increase up to 9.6 billion by 2050. This triggers the demand for food security and its nutritional value. Despite the advancements in the field of medicine, current research focuses on investigating natural‐origin functional foods with tremendous health‐supporting properties. It includes various natural sources such as animals, plants, algae, fungi, and bacteria. The Algae group is still under investigation to find the best alternative to other previously explored sources. Algae possess remarkable potential for synthesizing natural metabolites, including primary metabolites (polysaccharides, proteins, and lipids) and secondary metabolites (Flavonoids, bromophenols, phenolic compounds, and polyphenols). These bioactive compounds have enormous anticancer, antimicrobial, and neuroprotection applications. This provokes researcher interest in exploring algae strains to optimize their metabolite production to utilize them as a functional food. Metabolomics techniques can be utilized to investigate biological samples. It will create new ways to explore algae strains that have not yet been investigated. A closed pond cultivation system is attractive to enhance algae growth in highly controlled conditions. This review emphasizes algae metabolism, cultivation methods, metabolomics analysis, genetic engineering, and advanced genome editing tools such as the CRISPR CAS9 system, which can be utilized to manipulate the algae genome for increased production.

Muhammad Islam

Irfan Ahmad

Hafiz Abdullah Shakir

Muhammad Khan

Marcelo Franco

Muhammad Irfan

Exploring the Remarkable Potential of Algal Biomass for the Production of Nutraceutical Compounds and Their Applications

探索藻类生物质在生产营养保健品及其应用中的显著潜力

Abbreviation	CBEN
Journal Impact	6.07
Quartiles(Global)	ENGINEERING, CHEMICAL(Q1)

ISSN	2196-9744
h-index	41

Publication Information	Publisher: Wiley-Blackwell Publishing Ltd，Publishing cycle: ，Journal Type: journal，Open Access Journals: No
Basic data	Year of publication: 2014，Proportion of original research papers: 70.97%，Self Citation Rate:3.20%， Gold OA Rate: 11.85%

ChemBioEng Reviews

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Beryllium and Copper‐Beryllium Alloys

A State‐of‐the‐Art Review of Laser‐Assisted Bioprinting and its Future Research Trends

Toward Sustainable Production: Emerging Trends in Iron and Steel Making

Microbial Dynamics and Quality Monitoring in Biopharmaceutical Production

Review of 3D‐Printed Titanium‐Based Implants: Materials and Post‐Processing

Unveiling Biodiesel Production: Exploring Reaction Protocols, Catalysts, and Influential Factors

Review of 3D‐Printed Titanium‐Based Implants: Materials and Post‐Processing

A Review of the Experimental Analysis of Gas–Solid Cyclone Separators

Exploring the Remarkable Potential of Algal Biomass for the Production of Nutraceutical Compounds and Their Applications

Microbial Dynamics and Quality Monitoring in Biopharmaceutical Production