This work describes the modern development of an autonomous platform for the measurement of phosphate and nitrogen levels in the water. Microfluidic-based framework developed for the identification of contaminants in water as, it has enormous potential in making chip portable, low cost, and miniaturized commercial device. The total framework uses an embedded system and a microfluidic chip. This microfluidic chip is made of polydimethylsiloxane (PDMS) and has been fabricated by X-ray (XRL) lithography techniques. The created framework contains liquid handling with luminescence information investigation, which is important to play out the phosphate and nitrogen estimation. Tests are performed for the detection of phosphate, nitrite, and nitrate utilizing explicit synthetic reagents and tests for each. The created colorimetric-implanted framework can utilized for any liquid investigation like zinc, copper, and lead contaminant detection that usually found in contaminated water. This sort of framework is alluring for use in creating nations, in the field, and rustic regions.

这项工作描述了用于测量水中磷酸盐和氮水平的自主平台的现代发展。基于微流体的框架开发用于识别水中的污染物，因为它在制造芯片便携式，低成本和小型化的商用设备方面具有巨大的潜力。整个框架使用嵌入式系统和微流控芯片。该微流控芯片由聚二甲基硅氧烷（PDMS）制成，并已通过X射线（XRL）光刻技术制造。创建的框架包含带有发光信息调查的液体处理，这对于进行磷酸盐和氮的估算非常重要。使用显性合成试剂对磷酸盐，亚硝酸盐和硝酸盐进行检测，并对每种试剂进行检测。创建的比色注入框架可用于通常在污水中发现的任何液体研究，例如锌，铜和铅污染物检测。这种框架很诱人，可用于创建国家，现场和乡村地区。