The presence of organic pollutants e.g. contaminants of emerging concern (CECs) in aquatic environments has been of great concern worldwide for years. Increasing numbers of different types of CECs detected in the aquatic environment requires action to a detailed understanding of the distribution and transport of these compounds in groundwater, to guarantee safe drinking water for people in the future and sustainable development of the environment. Nowadays, progress in software permits the simulation of organic pollutant transport in the soil-water system using advanced mathematical models. Those models can be applied both to simulate contaminant transport or to calculate values of transport parameters by inversion. This article summarizes the results of literature research regarding the available software for modeling the migration of organic pollutants in groundwater. They were detailed described in terms of their operation, applications, usefulness, advantages, and limitations, along with an indication of the most useful in this subject.

多年来，水生环境中存在的有机污染物，例如新出现的关注污染物 (CEC)，一直是世界范围内备受关注的问题。在水生环境中检测到的不同类型的 CEC 越来越多，需要采取行动，详细了解这些化合物在地下水中的分布和运输，以保证未来人们的安全饮用水和环境的可持续发展。如今，软件的进步允许使用先进的数学模型模拟土壤-水系统中的有机污染物迁移。这些模型既可用于模拟污染物迁移，也可用于通过反演计算迁移参数值。本文总结了有关模拟地下水中有机污染物迁移可用软件的文献研究结果。详细描述了它们的操作、应用、有用性、优点和局限性，并指出了本主题中最有用的部分。