Water Management SIH 1.pptx

Oct 2, 2023Download as PPTX, PDF0 likes79 views

The document describes a proposed solution from the Vortex Shaaamp team at the Institute of Engineering and Technology, Bundelkhand University in Jhansi, India. The team proposes an IoT-based smart water management system for rural areas to address the problem of ensuring sustainable drinking water sources. The system would involve monitoring water supply data using sensors to detect leaks or changes in water levels and quality. It would also allow for accurate measurement of water demand and aquifer capacity. The system aims to reduce water consumption, detect and alert of leaks, remotely control valves, and advance notice of potential failures to decrease costs of maintenance and repairs.

Institute Name
Institute of Engineering
and Technology,
Bundelkhand University,
Jhansi.
Team Leaders Name
Mrityunjay Rai
Team Name- VORTEX SHAAMP
* Atul Verma
* Aman Kushwaha
* Mrityunjay Rai
* Priyanshi
* Saumya Tiwari
* Hritik Rai
Group Member Name

Problem Statement:-
CALL FOR COST-EFFECTIVE WAYS OF MAKING WATER SOURCE FOR PIPED DRINKING WATER
SUPPLY SUSTAINABLE IN RURAL AREAS
Description:-
The technology should focus on the following:
A. Monitoring of data for monitoring of drinking water source for a village.
B. Generation of alerts in case of rapid deterioration.
C. Accurate measurement of the capacity of the Aquifer and the actual water demand.
D. Potential condition of Water Quality.
E. Innovative cost-effective technology for Rain Water Harvesting and Recharge.
F. Innovative means to improve source sustainability.

Solution Ideas:-
IoT-Based Smart Water Management for Rural
Areas
Description:-
The technology should focus on the following:
A. Data Monitoring of the amount of water supplied to drinking water sources for a village/villages.
B. Generation of alerts in case of leakage throughout the pipeline of the water supply with the help of a
Pressure Sensor.
C. Innovative means to improve source sustainability.
D. Re-use of Grey Water:- Utilize non-toxic wastewater from households (with/without basic treatment)
E. Accurate measurement of the capacity of the Aquifer and the actual water demand with the help of a
Flow meter sensor.
F. Potential condition of Water Quality with the help of Quality Sensor.

Data Monitoring Of Water Supply in Rural Areas
WORKING
PUMP
WATER TANK
GROUND WATER
SENSOR A
WATER PURIFIER
B
C

Flowchart of Sensor Working
Flow meters
Data
Collection Data
Analysis

Benefits of Smart Water Management
in Rural Areas
1. Water consumption is recorded in real
time—24/7/365.
2. 20% reduction in water consumption.
3. Reduced energy bills.
4. Intelligent water leakage detection
and automatic alerts are sent out
immediately.
5. Pressure and water consumption
Management
6. Tell in advance about potential
failures
7. Decrease maintenance & and Repair
Cost
8. Remotely Control IoT Valves.

THANK YOU
MECHANICAL ENGINEERING
DEPARTMENT

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Water Management SIH 1.pptx

1. Institute Name Institute of Engineering and Technology, Bundelkhand University, Jhansi. Team Leaders Name Mrityunjay Rai Team Name- VORTEX SHAAMP * Atul Verma * Aman Kushwaha * Mrityunjay Rai * Priyanshi * Saumya Tiwari * Hritik Rai Group Member Name

2. Problem Statement:- CALL FOR COST-EFFECTIVE WAYS OF MAKING WATER SOURCE FOR PIPED DRINKING WATER SUPPLY SUSTAINABLE IN RURAL AREAS Description:- The technology should focus on the following: A. Monitoring of data for monitoring of drinking water source for a village. B. Generation of alerts in case of rapid deterioration. C. Accurate measurement of the capacity of the Aquifer and the actual water demand. D. Potential condition of Water Quality. E. Innovative cost-effective technology for Rain Water Harvesting and Recharge. F. Innovative means to improve source sustainability.

3. Solution Ideas:- IoT-Based Smart Water Management for Rural Areas Description:- The technology should focus on the following: A. Data Monitoring of the amount of water supplied to drinking water sources for a village/villages. B. Generation of alerts in case of leakage throughout the pipeline of the water supply with the help of a Pressure Sensor. C. Innovative means to improve source sustainability. D. Re-use of Grey Water:- Utilize non-toxic wastewater from households (with/without basic treatment) E. Accurate measurement of the capacity of the Aquifer and the actual water demand with the help of a Flow meter sensor. F. Potential condition of Water Quality with the help of Quality Sensor.

4. Data Monitoring Of Water Supply in Rural Areas WORKING PUMP WATER TANK GROUND WATER SENSOR A WATER PURIFIER B C

5. Overview of Our Project Ideas

6. Flowchart of Sensor Working Flow meters Data Collection Data Analysis

7. Flowchart of Leakage Alert System

8. Benefits of Smart Water Management in Rural Areas 1. Water consumption is recorded in real time—24/7/365. 2. 20% reduction in water consumption. 3. Reduced energy bills. 4. Intelligent water leakage detection and automatic alerts are sent out immediately. 5. Pressure and water consumption Management 6. Tell in advance about potential failures 7. Decrease maintenance & and Repair Cost 8. Remotely Control IoT Valves.

9. THANK YOU MECHANICAL ENGINEERING DEPARTMENT

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Water Management SIH 1.pptx

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