基于Arduino的生活污水回用pH控制系统的设计与实现

R. Kingsta, A.S. Saumi, P. Saranya
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引用次数: 8

摘要

本文提出了一种对生活污水进行自动处理,以获得适合作物灌溉的最佳pH值的系统。每种植物都有自己的首选pH值,一般情况下,植物最大生长的最佳pH值范围为5.4 - 6.8。为了植物的健康生长,土壤和水的质量起着至关重要的作用,土壤和废水的组合pH必须在5.5到7的范围内。首先测量特定地区的土壤pH值,并对废水的pH值进行处理,使组合pH值适合植物生长。本文通过单片机、电磁阀、直流电机和pH传感器实现了该过程的自动化。它也可以在单片机、电磁阀、直流电机、4×4键盘和pH纸的帮助下实现半自动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Construction of Arduino Based pH Control System for Household Waste Water Reuse
This paper proposes an automatic system that treats the household waste water to obtain optimum pH which is suitable for crop irrigation. Each plant species has a preferred pH and in general, the optimal range for maximum plant growth is 5.4 to 6.8. For a healthy plant growth the quality of soil and water plays a vital role and the combined pH of soil and the waste water must be in the range of 5.5 to 7. Soil pH of the particular area is first measured and the pH of the waste water is treated in such a way that the combined pH will be suitable for plant growth. A hardware setup is presented in this paper to automate this process with the help of microcontroller, solenoid valve, DC motor and pH sensor. It also can be semi-automated with the help of microcontroller, solenoid valve, DC motor, 4×4 keypad and pH paper.
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