Anaerobic Digestion (AD) is a waste treatment technology widely used for wastewater and solid waste treatment, with the advantage of being a source of renewable energy in the form of biogas. Anaerobic digestion model number 1 (ADM1) is the most common mathematical model available for AD modelling. Commercial software implementations of ADM1 are available but have limited flexibility and availability due to the closed sources and licensing fees. Python is the fastest growing programming language and is open source freely available. Python implementation of ADM1 makes this AD model available to the mass user base of the Python ecosystem and it [prime]s libraries. The open easy to use implementation in PyADM1 makes it more accessible and provides possibilities for flexible direct use of the model linked to other software, e.g. machine learning libraries or Linux operating system on embedded hardware.

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PyADM1：厌氧消化模型1的Python实现

厌氧消化（AD）是一种广泛用于废水和固体废物处理的废物处理技术，其优势是以沼气的形式成为可再生能源。1号厌氧消化模型（ADM1）是可用于AD建模的最常见的数学模型。可以使用ADM1的商业软件实现，但由于来源和许可费用封闭，因此灵活性和可用性有限。Python是增长最快的编程语言，并且是免费的开放源代码。ADM1的Python实现使该AD模型可用于Python生态系统及其原始库的大规模用户基础。PyADM1中开放的易于使用的实现使其更易于访问，并提供了灵活直接使用链接到其他软件的模型的可能性，例如