今日获知，周雪同学的论文Progress in Salt Separation and Crystallization Technology for Zero Liquid Discharge Systems: Principles, Applications, and Future Prospects被Separation and Purification Technology接收。该工作得到国家自然科学基金、陕西省杰出青年科学基金、山东省重点研发项目的资助。论文摘要如下：

In the context of water resource scarcity and increasingly strict environmental protection policies, the zero-discharge technology for industrial wastewater has gained increasing attention. This paper systematically reviews the current development status and engineering applications of the desalination crystallization process in the zero liquid discharge system, clarifying the basic technical path of “pre-treatment-membrane concentration-evaporation crystallization-desalination resource utilization”. It also focuses on analyzing the principles, energy consumption characteristics, and applicable scenarios of three types of desalination technologies: thermal method, freezing crystallization, and membrane method. Subsequently, by combining typical cases of coal chemical and power desulfurization wastewater, it discusses the integration mode and resource utilization effect of the desalination process, while explicitly addressing the underexplored integration strategies between specific industrial wastewater streams and desalination crystallization technologies. The review also points out key challenges such as mixed salt separation bottlenecks, system stability, and high energy consumption. By synthesizing recent engineering practices and comparative technology analyses, this work provides a updated and integrative perspective on system design and optimization for ZLD. In the future, desalination technology will develop towards intelligent control, high-value salt product development, and low-carbon process integration, helping industrial wastewater transition from end-of-pipe treatment to resource recycling.