WATER CONSERVATION

 WATER CONSERVATION

• Tap Water

Water conservation is the careful use and preservation of then water supply, including the quantity and quality of water utilized. Water is an essential asset for the nourishment of all life. The fundamental 

demand for all activities appropriate for local use to the agricultural industry.

With the regularly expanding weight of the human population, there has been serious tension on water resources. Negligence of customary water bodies like tanks and lakes, unpredictable abuse of 

groundwater, and incorrect preservation of surface water systems have bothered the issue. Still further and is undoubtedly going to grow in the years to come.

There are various approaches to making your water last nowadays. One simple yet often disregarded strategy to cut your water bill is to use your water twice. Unlike electricity, you can reuse

• Water Meter

With a traditional water meter, checked once a month, the first notice a customer has of a leak is an unexpectedly high water bill. With smart meters, an unexpected increase in usage can be flagged immediately. The data can be provided to both the utility and the customer, allowing both sides of the 
meter to be checked for leaks.

This both protects the customer from a high bill and helps with water conversation by ensuring that leaks are fixed in a timely manner. By using the networked data from a number of meters, leaks elsewhere in the system can also be detected and fixed sooner.

IMPROVED WATER MANAGEMENT BY 

CUSTOMERS

Water conservation is a big topic. With smart metering, customers can also assess and visualize their own water usage over time. In addition to detecting leaks, this can help the customer budget their water use. For example, they can tell exactly how much water they are using to irrigate the garden and use 

this to easily see the benefit of irrigating at a cooler time of the day, which uses less water.

HIGH LEVEL DATA ANALYSIS

By analyzing the data from the smart meters, you can follow water usage more accurately over time. This can be used to inform conservation efforts and also to show you how your water infrastructure is being used. Knowing exactly how much water is being used at any given time can be 

highly useful for future planning.

• Conserving the Water from Roof

Rainwater harvesting systems can vary from the basic smallones, like the attachment of a water butt to a rainwater down￾pipe, to the complexly designed large ones like those whichcollect rainwater from large areas and serve momentousnumbers of properties. When it comes to domestic purposes,

these systems are relevant to both commercial and domesticproperties. When collected, rainwater can be used for gardenirrigation, toilet flushing, and even in washing machines.

• Pound in the Agriculture field

 The different methods of rainwater  harvesting include:

• Rooftop rainwater harvesting :-

The rooftop becomes the catchments, and the rainwater from the building and houses are collected. The components of the rooftop rainwater harvesting are 

1.First, flush.

2.Transportation

3..Catchment.

4.Filter

[6:46 pm, 04/04/2023] Akshi Joo Cs:

 Surface runoff harvesting :-

It is the system that collects rainwater, which flows away as surface runoff. The runoff rainwater is 

caught and used to recharge aquifers by adopting appropriate techniques.

ADVANTAGES OF RAIN WATER HARVESTING 

• Less cost.

• Helps in reducing the water bill.

• Decreases the demand for water.

• Reduces the need for imported water.

• Promotes both water and energy conservation.

• Improves the quality and quantity of groundwater.

• Does not require a filtration system for landscape 

irrigation.

• This technology is relatively simple, easy to install 

and operate