Applied Catalysis B Environment and Energy

期刊简介：Applied Catalysis B: Environment and Energy warmly welcomes original, innovative, and high-impact contributions within the realm encompassing thermo-, electro-, and photocatalysis to advance clean energy and provide sustainable environmental solutions. We encourage submissions that explore:• Fundamental and applied catalysis research, advancing clean energy and sustainable environmental solutions.• Catalysis-driven insights fostering the development of sustainable industrial processes, elevating our collective knowledge base.• Every facet of catalyst synthesis, characterization, catalytic mechanisms, and strategies for catalyst activation and regeneration, all tailored for environmental and energy applications.• Catalytic strategies aimed at abating environmental pollutants, addressing a wide array including nitrogen oxides, carbon monoxide, sulfur compounds, chlorinated organics, and soot, emitted from both stationary and mobile sources.• Pioneering catalytic routes and processes facilitating the efficient production and conversion of clean energy, marking a paradigm shift in the landscape energy sourcing.• Catalytic reactions adeptly transforming waste materials into valuable and useful products, amplifying the concept of sustainability through resource recycling.The journal welcomes submissions of original Research Papers, Reviews, Perspectives, and Letters to the Editor. Reviews and Perspectives are by invitation only.

【译文】应用催化B：环境和能源热切欢迎在热、电和光催化领域内原创、创新和高影响力的贡献，以推进清洁能源和提供可持续的环境解决方案。我们鼓励提交以下方面的稿件：• 基础和应用催化研究，推进清洁能源和可持续环境解决方案的发展。• 通过催化驱动的见解促进可持续工业流程的发展，提升我们的集体知识库。• 催化剂合成、表征、催化机理以及针对催化剂活化和再生的策略的各个方面，所有这些均针对环境和能源应用而定制。• 针对减少环境污染物（包括氮氧化物、一氧化碳、硫化合物、氯化有机物和烟尘）的催化策略，这些污染物来自固定和移动来源。• 开创性的催化途径和工艺，促进清洁能源的高效生产和转化，标志着能源来源领域的范式转变。• 催化反应巧妙地将废物材料转化为有价值和有用的产品，通过资源回收放大可持续性的概念。该期刊欢迎提交原创研究论文、综述、观点和编辑信件。综述和观点仅接受邀请。