Abstract: The practical application information of ABB
flow meter technology in water storage in dry seasons is provided by excellent flow meter and flow meter manufacturers and quotation manufacturers. Abstract: In order to accurately calculate water supply and end-user consumption, the solution is to improve operational performance, disperse the water network and manage water more efficiently. This includes replacing the machine with the latest electronic flow meter technology. For more flowmeter manufacturers to select models and price quotations, you are welcome to inquire. The following is the article details of the practical application of ABB flowmeter technology in water storage in dry seasons. To accurately calculate water supply and end-user consumption, the solution is to improve operational performance, disperse the water network and manage water more efficiently. These include replacing mechanical flow meters with the latest electronic flow meter technology and upgrading the water supply network. With increasing water demands, the Middle East, the driest region in the world, is currently under enormous pressure to manage and conserve water. Tim Doyle of ABB's Flow Products not only illustrates that modern flow meter technology is up to these challenges, but also highlights that these technologies are already helping to improve the efficiency of water distribution networks in some parts of the Middle East. It occupies five percent of the world's population and consumes only one percent of the world's freshwater resources. Countries in the Middle East are under enormous pressure when it comes to water supply and management. Recent studies by a number of organizations, including the World Bank, show that many regions have exhausted available freshwater resources, and it is estimated that water needs will grow to 170 billion cubic meters in 2000 and 202.8 billion cubic meters by 2025. . From the above data, it can be concluded that the average available water per person in the Middle East and North Africa is only 500 cubic meters per year, which is a huge gap with the world average of 700 cubic meters. It is worth noting that in some countries such as Jordan and Yemen, the annual water consumption per capita is as low as 200 cubic meters. Even so, existing policies in these regions tend to simply increase water availability rather than prioritizing demand management. Investments in obsolete networks are hindered by the inability to pay for themselves in a timely manner. When considering managing existing water sources, there are three main types of solutions: improving operational performance, dispersing the water network and managing water more efficiently. Many countries in the Middle East have serious leakage problems in the water network, so it is necessary to know how much water is leaking, where and when. In order to achieve the above goals, it is necessary to accurately calculate the supply of water sources and the consumption of water by end users. Large-scale investments in upgrading water networks have already been undertaken in many countries. In many cases, these plans include replacing mechanical flow meters with the latest electronic flow meter technologies that provide a higher level of metering and leak monitoring. Why choose AquamasterTM battery powered electromagnetic flowmeter (electronic water meter)? Electronic water meters have been widely used in some areas. However, with the exception of direct-reading frequency meters, their high price relative to mechanical flow meters has slowed their adoption in the water industry. Mechanical flowmeters are simple to operate, inexpensive, and appear to be an attractive option. In the short term, it is more economical, but these meters have many drawbacks, and the cost of these defects is higher than that of electronic water meters. The most serious of these is the loss of accuracy and stability caused by wear and tear of mechanical components. While this drop in accuracy is nothing, it means lost revenue when it comes to water companies that require high-accuracy flow meters to increase profits. For the owner, it is necessary to consider the total cost when evaluating the value of the flow meter. This not only includes the maintenance cost of replacing the on-site instrument because the instrument is damaged, but also the labor cost of sending staff to manually collect the instrument data. The accumulation of these costs over the course of the meter is considerable. When considering long-term costs, discussions about whether electronic water meters should be preferred is inevitable. In most cases, it takes about a few days to recycle and install an electronic water meter. The following example can illustrate this. Let's assume a mechanical flow meter with an accuracy of within 2%. This flowmeter is installed on a pipeline with a flow rate of 110m3/h, and the water volume is about 963,600m3 a year. Assuming the cost of water in dirhams, the currency of the United Arab Emirates, at 4 dirhams ($1.09) per cubic metre, the loss due to error would amount to 57,816.00 dirhams ($15,746.00) a year later. Based on the above estimates,It will take three months to recoup the cost of installing the mechanical flow meter. Electronic water meters can also save costs in other areas. And it does not have the wear and tear caused by mechanical structural parts and the trouble of replacing parts. It is not that the accuracy of the electronic water meter has been stable throughout the operation period, but that the need to replace the meter from the pipeline due to maintenance is avoided, eliminating the cost and time incurred. With the development of remote communication technology, it is no longer necessary to send personnel to read the status of the instrument on site. Flow meters incorporating GSM communication technology can provide data to the operator in real-time and, of course, historical data. With the in-line calibration unit, even a flowmeter installed in a basement can be easily tested from a laptop, allowing convenient performance checks without interrupting the water supply. This instrument can also diagnose and calibrate the entire flow system, providing early warning of factors that may cause the system to fail.
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