Intellectual Property India Publishes Patent Application for An Electrochemical Soil Monitoring System With Remediation Guidance And Method Thereof

MUMBAI, India, Aug. 12 -- Intellectual Property India has published a patent application (202621067079 A) filed by Vrushabh Deepak Shirke; T. Naresh; Tirthesh Santosh Tandel; Sri Pranav Rajaram; Dr. Arathi Boyanapalli; Dr. Aparna Bannore; and Dr. K. Lakshmisudha on May 28, 2026, for An Electrochemical Soil Monitoring System With Remediation Guidance And Method Thereof.

Inventors include Vrushabh Deepak Shirke; T. Naresh; Tirthesh Santosh Tandel; Sri Pranav Rajaram; Dr. Arathi Boyanapalli; Dr. Aparna Bannore; and Dr. K. Lakshmisudha.

The application for the patent was published on August 07, 2026, under issue no. 32/2026.

Abstract: ABSTRACT “AN ELECTROCHEMICAL SOIL MONITORING SYSTEM WITH REMEDIATION GUIDANCE AND METHOD THEREOF” The present invention relates to a portable electrochemical soil monitoring system (100) for on-site detection of heavy metal contaminants in soil and generation of remediation guidance. The system comprises a handheld housing (101) having an integrated sampling chamber (110) for receiving a soil sample and forming a soil-electrolyte slurry (510), and a removable probe assembly (120) comprising a working electrode (121), a reference electrode (122) and a counter electrode (123). An internal electronics module (300) includes a potentiostat circuit (320) that applies anodic stripping voltammetry to generate electrochemical response signals, an analog-to-digital converter (330) that digitizes the signals, and a microcontroller (310) that extracts electrochemically-derived peak potentials and current intensities to produce a quantified contamination profile. A remediation guidance module (420) operatively coupled to the microcontroller (310) converts the peak parameters into remediation outputs comprising environmental restoration actions. A display (210) presents the contamination profile and the remediation outputs. The components are integrated within the handheld housing (101) to enable real-time on-device transformation of electrochemical signals into remediation guidance.

Disclaimer: Curated by HT Syndication.