Advantages of using Smart Water Management System?

The Smart Water Management System resolves the issues of water scarcity. There are multiple benefits of the Smart Water Management System. First, this Smart system diminishes the wastage of water inter-connected industries. Exclusive applications like Smart Irrigation System adopt modernized real-time water metering techniques. By following this system, the farmers can reduce waste and preserve soil health. The Smart Water Management system enhances the efficiency of the water system & innovative solutions globally. Smart water meters provide the substantial advantages of the dynamic billing system (pay bill per consumption). It is feasible to check water quality and real-time web-enabled metering details.

Can smart water technologies make a difference?

In this present scientific era, Smart water technologies make a huge difference. The gigantic water industrial unit comprises hardware, and software focusing on complete automation. Smart water technology is integrated with contemporary technologies like big data, Artificial Intelligence & IoT. Imaging techniques are used to detect corroding pipelines and advanced metering systems target the accumulation of water usage data. The Smart water metering system allows organizations to gather data impeccably. If any leakage is detected, instant notifications will be sent through the app. Smart water technology examines the contamination and abnormalities in pipeline systems.

How IoT can help in Water Management Solutions?

The IoT aids in Smart water management through functional level monitoring, sensor-empowered robust solutions, smart water meters, intelligent irrigation systems, etc. The IoT-enabled level monitoring provides an adequate amount of water that depends on the needs & demands. With the aid of Smart solutions, it is feasible to manage tedious tasks and gain 100% efficient results. The IoT provides an exclusive approach to adopting water conversation. Most industries achieve top-notch potential values by integrating with smart water meters. On the other side of the flip, farmers have to occupy the Smart irrigation system for better production yield.

How IoT technology enhances water quality?

The IoT-enabled smart meters measure different parameters like temperature, pH level in the water, quality, etc. While examining water quality, these factors should be within the concerned range. During the conventional days, monitoring of water was done manually. As of now, sensors maintain the parameter details in real time. To enhance water quality, IoT uses different sensors like ultrasonic sensors, pH sensors, turbidity sensors, thermometer sensors, etc. Typically, an IoT hub comprises servers and routers to manage a series of functions like activation and secured interaction. The advanced water monitoring system adopts wireless technology and enables efficient real-time capabilities.

How can we help you with the Smart Water Management System?

Team Tweaks explores the issues of water management systems in every field. Once analyzing the tedious problems, we have integrated IoT and AI-enabled technologies to provide optimal solutions. To date, we have worked with different projects of Residential, Industrial, Commercial, and Government units, etc. We have facilitated modernized techniques like real-time monitoring of water, dynamic billing, vigorous utilization, automatic ON/OFF, eradication of labor costs, reduced power consumption, etc. At present, we have relevant experience in field work like ETP, STP. In most of the chemical production units, we have influenced dashboards and mobile apps. The digitalized metering system is feasible along with the generation of reports.

How Smart Water Management works?

Generally, Smart Water Management is an intended activity of managing water resources. The overall process takes place through IoT trends & techniques built to enhance transparency & sustainability. The Smart Water Management system applies to different sectors like agriculture, industrial, Smart city projects, etc. This gigantic system enables real-time monitoring; examining the quality of water, and spotting water leakages in residential, industries, commercial places, etc. The sensors are integrated with the pipelines of the system to measure water flow, quantity, quality of water, etc. The overall system manages the usage of water & regulates 100% maintenance efficiently.

About KarIoT

KarIoT is an IoT-oriented Smart Water Management System that controls the flow of water and measures the quality and quantity of water in real-time. It is applicable to different fields such as Industrial, Residential and Commercial.

Real-time monitoring

Monitors the flow of water & consumed water and supply of calculated water to different units

Pay-per-usage

Pay the bill as per consumption and provides in-depth analysis of reports

Automatic shut off

Triggers on the overflow of water and adopting reduced electricity power

Major goals of

Smart Water Management

The main objective of Smart Water Management is the utilization of water at the regional level and its objectives are described below

Scada & RTU Alternative

The PLC/SCADA systems need skilled operators and higher installation cost and hence it is replaced with well-defined IoT system through cloud access.

Water Quality Monitoring

Monitors water quality sensors and measures PH level, TSS, BOD, COD, etc.
Monitor the entire operations from a centralized location, examine its efficiency, and automates the runtime of pumping points.

Water Meter Monitoring and Analysis

Tracks the flow rate, monitors water-supplied areas, and enables water balance.
Monitors the inlet & outlet of different treatment plants like WTP, STP, and ETP, etc.
Successfully executing water balance

Predictive & Analysis

With the aid of advanced predictive analysis, automatic sensors are involved in the consumption of water in real time.
This feature permits the identification of water consumption patterns and forecasts futuristic water needs.

Tank and Ground level monitoring

Real-time monitoring of different treatment plants and digitalization of Ultrasonic flow meters is feasible.
To prevent overflow and enhance pump operations, the KarIoT device monitors the level of water in storage tanks.

Pump and Valve Monitoring and Automation

Our IoT-enabled device monitors energy consumption and enables valve control, and the automatic motor shut off based on the overhead tank level.

KarIoT Flow

How KarIoT Works

Installation

KarIoT device is easy to install and can be integrated with the existing water meter.

Configuration

The user pre-defined settings for the entire set of equipment limits and priority-enabled instant alerts.

Real-time Monitoring

Energy usage is monitored through both the mobile app and dashboard in real-time.

Notifications

Our IoT integrated Smart device real-time updates about the total consumption of water & leakage.

What Is a

Smart Water Management system?

Smart water management system technologies may make a water delivery system more robust and efficient, reducing costs and increasing sustainability. Digital meters and sensors, supervisory control and data acquisition (SCADA) systems, and geographic information systems are examples of high-tech water solutions (GIS).

How much water does each person use at home?

Team Tweaks are one of the leading IoT companies in India that offers deployable & robust solutions for all your needs. As per research, most of the household water is used, for flushing toilets followed by showers and baths and that is nearly 80 – 100 gallons of water per day. We just blame our neighbors, and we don't keep a check on our water usage which leads to too much water going to waste.
As per research, most of the household water is used, for flushing toilets followed by showers and baths and that is nearly 80 – 100 gallons of water per day. We just blame at our neighbors, and we don't keep a check on our water usage which leads to too much of water going waste.
According to the World Water Development (UN) Report, water scarcity may affect about 50% of the world population and India is one of those developing countries that should be alarmed. And it is said that 70 percent of the Indian population, will leave India by 2050, because of this crisis.

Why should we use KarIoT?

As we all know that the future of each and every field in the world is in some way or the other connected to the Internet of Things (IoT). KarIoT is an IoT based technology that more features like checking for water wastage or leakage. It is a product by Teamtweaks technologies which is a smart choice or solution for farming, households, industries and other commercial establishments. To measure the rate of water flow, analyze leaks and control them, ultrasonic technology is used which sensor based that means it sends pulses from one sensor to another. Our experts have developed the standard asset tracking system to acquire the real-time monitoring data of enterprise assets.

Why should we save water?

One of the main reasons or contributors, to water scarcity that every country is facing, is water leakage, which occurs due to old and corroded pipes, damaged pipes or a pipe burst, etc. When the pipes are underground, it is difficult to detect leakage and also, such leakages mostly go undetected and unnoticed.
Accountability for every drop of water utilized by the household, is ensured by some of the developed countries, such as USA, UK, Singapore, etc. by charging the households, and even though, India, being the second largest populated country in the world, isn’t worried and is not taking any steps to save water in the households.
Saving and conserving water is an essential behavioral change that we need to adopt soon or will surely feel sorry later.

KarIoT Working

Case Study

Our goal is to transform water management into a digital, sustainable, and cost-effective solution for every individual.

Panchayat of Tiruchendur Tamil Nadu (13 Habitations)

Our Vision is to make water management digital, sustainable and economical for every individual.

Location

Udangudi
Project Duration

2 months
Industry

Goverment Sector

Digitally-enabled water supply infrastructure will help in real-time monitoring and evidence-based policymaking
Automated alerts to notify the key personals of inconsistencies, malfunctions and anomalies
Monitoring and audits of energy consumption from pumps and filtering plants etc
Automated and remote control of water valves

KarIoT Intervention IN GEE GEE KAY's Chemical Industry

Our Vision is to make water management digital, sustainable and economical for every individual.

Location

Tuticorin
Project Duration

1 Year+
Industry

Agricultural chemical manufacturing company

Reduce infrastructure cost for real time monitoring over the Scada solution by 60%
Providing real-time data via a cloud server and accessible on web and mobile devices.
Automated all manual operations with regular shift-based reports.Drastically reduce manual efforts and labor cost.
Alert on fluctuations thereby reducing the overall product loss.

Frequently Asked Questions

What is Smart Water Management using IoT?

Smart Water Management using IoT refers to the integration of Internet of Things (IoT) technology into water management systems. It involves the deployment of sensors, devices, and data analytics to monitor, analyze, and optimize water usage in real-time.

How does IoT technology contribute to water management?

IoT technology contributes to water management by providing real-time data through sensors and devices. This data enables better monitoring, efficient resource allocation, early detection of issues, and data-driven decision-making to optimize water distribution and consumption.

What are the benefits of implementing Smart Water Management solutions?

Implementing Smart Water Management solutions offers benefits such as reduced water wastage, improved operational efficiency, early detection of leaks, data-driven decision-making, better resource allocation, and overall conservation of water resources.

How can Smart Water Management help in conservation efforts?

Smart Water Management aids conservation efforts by providing insights into water usage patterns, detecting leaks promptly, optimizing distribution networks, promoting efficient irrigation practices, and fostering a proactive approach to water conservation.

What IoT devices are used in Smart Water Management systems?

IoT devices used in Smart Water Management systems include water quality sensors, flow meters, pressure sensors, leak detectors, weather stations, and smart valves. These devices collect data that is then analyzed to make informed decisions.

How does real-time monitoring and data analytics improve water management?

Real-time monitoring and data analytics enable water utilities to detect anomalies, optimize distribution, and respond swiftly to issues. Predictive analytics can anticipate water demand, while historical data aids in long-term planning and infrastructure improvements.

Can Smart Water Management systems help in detecting leaks or water wastage?

Yes, Smart Water Management systems are effective in detecting leaks and water wastage through the use of sensors that can identify abnormal flow patterns. This early detection allows for prompt repairs, minimizing water loss.

How can Smart Water Management solutions be customized for different environments?

Smart Water Management solutions can be customized by adapting sensor configurations, analytics algorithms, and management strategies to suit the specific needs of diverse environments, whether urban, rural, agricultural, or industrial.

Is it expensive to implement Smart Water Management using IoT?

While initial implementation costs exist, the long-term benefits, including reduced water wastage and operational efficiency, often justify the investment. The cost-effectiveness depends on factors such as the scale of deployment and technology choices.

What is the scalability and future potential of Smart Water Management with IoT?

Smart Water Management with IoT is highly scalable, allowing for gradual expansion and integration with existing infrastructure. The future potential includes advancements in sensor technology, increased automation, and smarter water distribution networks, contributing to sustainable water management practices.