- 22 December, 2024
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| Designation: |
Principal Scientist
|
| Email Id: | p_prasad[at]neeri[dot]res[dot]in |
| Qualification: |
B.Tech (ECE), M.E.(Electronics), MLIS, PGDEL, PhD (Engineering) |
| Specialization: |
Sensors, Internet of Things, Information Communication Technology
|
| Address: |
Sub-Verticals 5E: IT infrastructure, NEERI, NAGPUR
|
| Biodata: |
-
|
| Sr. No. | Project Name |
|---|---|
| 1 |
Integrated low cost water sensors for real-time river water monitoring and decision making
The objectives of the proposed five-year project work are to : develop sensors for chemical oxygen demand (COD), microbial indicators and water flow which can be used for determining water quality parameters as well as water flow characteristics in river integrate commercial sensors for obtaining water quality parameters with above developed sensors using integrated ASIC chip integrate real-time data for developing an early warning system for protecting human health using distributed analytics and sense making (i.e., Sensor Warn, hereafter). |
| 2 |
Development of LoWPAN (IoT) compliant sensor modules network for monitoring of poisonous gases in industrial environment
Design and development of IoT based LoWPAN compliant multi-gas sensor modules for distributed monitoring of the VOC/ sulphurous odourants in distillery/ paper pulp/ other similar industries |
| 3 |
Feasibility study and implementation of sensor grid for Air quality and noise quality monitoring in Delhi its validation with conventional systems
|
| Sr. No. | Publication Name |
|---|---|
| 1 |
Water Quality Analysis of Surface Water: A Web approach
|
| 2 |
A review on water Resources Availability and management practices in India
Conservation and management of water resources is critically important for a vast and fast developing country like India. However, rapidly increasing population and continuous betterment of lifestyle has put tremendous pressure on water resources around major cities leading to alarmingly reduction in per capita water availability. Moreover, increasing fluctuations in precipitation over the country has only aggravated the problem. This paper presents the current and future water scenario in India and also discusses the impacts of various factors like population, pollution, mismanagement, climate change, government laws & regulations etc. on water resources and its availability. While emphasis has been laid on water productivity and various government initiatives, the paper also discusses and analyzes limitations in water management. Based on study and analysis, the paper finally recommends Best Management Practices (BMP) & Best Available Technologies (BAT) used & practiced worldwide for effective & efficient water management in India. The paper also highlights the importance of Public Private Community Partnership (PPCP) along with the recently developed monitoring tools and data information systems for sustainable & effective water resource management to meet present requirements without compromising the future needs. |
| 3 |
Water Quality Analysis of Surface Water: A Web Approach
The chemical, physical and biological characteristics of water with respect to its suitability describe its quality. Concentration of pesticides or fertilisers degrades the water quality and affects marine life. A comprehensive environmental data information system helps to perform and complete common tasks in less time with less effort for data verification, data calculations, graph generation, and proper monitoring, which helps in the further mitigation step. In this paper, focus is given to a web-based system developed to express the quality of water in the imprecise environment of monitoring data. Water samples were analyzed for eight different surface water parameters, in which four parameters such as pH, dissolved oxygen, biochemical oxygen demand, and fecal coliform were used for the water quality index calculation following MPCB Water Quality Standards of class A-II for best designated use. The analysis showed that river points in a particular year were in very bad category with certainty level of 0-38% which is unsuitable for drinking purposes; samples in bad category had certainty level that ranged from 38 to 50%; samples in medium to good category had certainty levels from 50 to 100%, and the remaining samples were in good to excellent category, suitable for drinking purposes, with certainty levels from 63 to 100%. |
| 4 |
“Online Instrument Controlling and Information Management System
|
| Sr. No. | Achievement / Award | Awarded By |
|---|---|---|
| 1 |
INSA Visiting Scientist Fellowship 2019-20 awarded to Er. Poonam Prasad
INSA Visiting Scientist Fellowship 2019-20 |
INSA, New Delhi |
