In vitro detection of water contaminants using microfluidic chip and luminescence sensing platform

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.