Catalysis In Industry

Catalysis In Industry "covers the following thematic areas: analysis of specific industrial catalytic processes: production and use of catalysts in industrial sectors: chemistry, petrochemicals, refining, pharmaceuticals, organic synthesis, fuel energy industry, environmental protection, biocatalysis; Industrial catalytic process technology (summary of practical experience, improvement, and modernization); Technologies for catalyst production, raw materials, and equipment; Catalyst quality control; The start-up, reduction, passivation, emission, and storage of catalysts; Catalytic reactor.

Theoretical basis of industrial catalysis and technology: research, studies, and concepts: search and development of new catalysts and new carriers, formation of active components, and mechanochemistry in catalysis; Comprehensive research on catalysts and analysis of deactivation mechanisms; Research on catalytic processes at different scales and levels (laboratory, pilot plant, industrial); The development of industrial and newly developed catalytic process kinetics and kinetic models; Nonlinear dynamics and phenomena in catalysis: diversity of stationary states, gradual changes in states, etc. Progress in catalysis: catalysis and gas chemistry; Catalysis and new energy technology; Biocatalysis; Nanocatalysis; Catalysis and new building materials. History of Industrial Catalysis Development.

《工业催化》该期刊涵盖以下主题领域：特定工业催化过程的分析：催化剂在工业部门的生产和使用：化学、石油化工、炼油、制药、有机合成、燃料能源工业、环境保护、生物催化；工业催化过程技术（实践经验、改进和现代化的概括）；催化剂生产、原材料和设备的技术；催化剂质量控制；催化剂的启动、还原、钝化、排放和储存；催化反应器。

工业催化和技术的理论基础：研究、研究和概念：新型催化剂和新型载体的搜索和开发、活性组分的形成和催化中的机械化学；催化剂的综合研究和失活机理的分析；不同规模水平的催化过程研究（实验室、中试工厂、工业）；工业和新开发的催化过程动力学及动力学模型的发展；催化中的非线性动力学和非线性现象：静止状态的多样性、状态的逐步变化等。催化进展：催化与气体化学；催化与新能源技术；生物催化；纳米催化；催化与新型建筑材料。工业催化发展史。

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