Technology these days is going at lightspeed, and it’s not showing any signs of slowing down any time soon. All the different capabilities of the new gadgets constantly hitting the market keep ballooning to higher and higher levels. There are very few industries that remain unaffected, and the waterworks industry is definitely not one of them. Introducing intelligent monitoring and flushing technology to your water system could be just what you need to bring a distribution system into the 21st century.
Making sure your water system has the right mix of equipment is paramount to improving and maintaining drinking water quality. Your community is counting on it, and they might not even know it. Here, we’re going to explore a couple of your options when it comes to water quality equipment in your distribution system, with a particular focus on adding intelligent monitoring and flushing capabilities.
At first blush, these different types of stations might sound quite similar, but that’s only if you’re not familiar with the ins and outs of water systems and the different fire hydrant options within them. For example, an Intelligent Monitoring and Flushing station and a smart fire hydrant might sound like similar pieces of equipment, but they actually have very little in common with each other. And if you’re going to make an informed choice about what kind of equipment you’re going to install in the water system, then you need to read up on those important differences. That’s why we’re here.
First, we’ll explain some basic concepts.
Of course, there’s no way you’ll want to add smart fire hydrant technology to your existing distribution system if you don’t know what it entails. That makes a brief explainer an excellent place to start.
Calling a fire hydrant smart doesn’t mean it got a good grade on its SATs — a smart fire hydrant simply means it’s got some kind of technology component added to it. Some smart fire hydrants can collect and send water usage data with the goal of increasing efficiency, while others monitor the chlorine residuals, making sure they stay in the appropriate range. No matter what a smart fire hydrant is monitoring, the name indicates that it’s using sensors to take readings and record data relevant to the concerns of utilities. Then, it will store or report that data in a way that makes it convenient for interested parties to retrieve it.
The alternatives are what utilities have been doing for years — manually taking readings, flushing hydrants if necessary, or otherwise using manpower to make sure the system is functioning properly.
Some smart fire hydrants are their own complete unit. These would fully replace traditional fire hydrants in a water system.
However, there’s also the option of retrofitting existing fire hydrants with a smart cap or other small device that has all the same smart capabilities. This sort of option can be particularly cost-effective, since many places don’t want to spring for all new fire hydrants all at once. Instead, you can purchase smart elements to upgrade existing fire hydrants.
Here at Kupferle, we have several smart fire hydrant add-on options. Take, for example, the Eclipse #9250i. While not an entire smart fire hydrant itself, it’s a piece of equipment that can enhance the monitoring abilities of existing fire hydrants. This is a portable unit that attaches to the 2-1/2” NST nozzle and can be moved around your distribution system to monitor the pressure at various points. You’ll get real-time information about your water system pressure via cellular communication, which is a big draw for many. On top of all that, this product is solar powered, which means don’t even need to worry about periodically replacing batteries or the rolling cost of sending a worker out to do this. That’ll save you some valuable maintenance time and money. And since this unit is solar-powered, you can program the unit to send pressure data at 5-minute intervals or longer without having to worry about the battery going dead. You can also take advantage of notifications for high or low pressure threshold conditions.
Another intelligent option here at Kupferle is the Eclipse #9700i-Solar. This is a portable Intelligent Monitoring and Flushing station you can use on your existing fire hydrants to collect and transmit critical water quality data. The Eclipse #9700-Solar attaches to the 2-1/2” NST nozzle and can house up to eight sensors that monitor water quality aspects like chlorine (free, combined, or total), pressure, turbidity, pH, temperature, ORP, dissolved oxygen, conductivity, fluoride, among others. You’ll set the water quality parameters for chlorine (low and desired levels), and/or turbidity and the unit will flush to maintain these parameters, as well as, collect and transmit the data. This valuable data is easy to access and use (CSV files). Again, this product is not a smart fire hydrant on its own, but an analytical tool you can use to monitor water quality in various points of your distribution system utilizing your existing fire hydrants.
A third option is for an activity every water utility performs on a regular basis…flushing fire hydrants. No matter how big or small a system, everyone flushes fire hydrants. But when flushing fire hydrants to raise chlorine residuals and improve the turbidity (clarity) of the water how do you know when you are done? For chlorine, most systems take hand samples and process them using a colorimetric chlorine analyzer. But for turbidity it is a bit harder and mostly done by looking at the clarity of the water in a white cup or mason jar. Kupferle provides yet another solution that piggybacks on fire hydrant flushing know at the Eclipse #9750i (aka The Flushing Buddy). The Flushing Buddy is a small case with a handle that goes with the crew and connects to a fire hydrant via a 2-1/2” hose connection. As the fire hydrant flushes the Flushing Buddy monitors the flush and alerts the crew when the chlorine and turbidity goals have been met, thus letting them know when to turn off the hydrant without guessing. Water quality data from multiple flushes is captured and is easily accessible to be loaded into a GIS program, pre-formatted spreadsheets (supplied by Kupferle) or imported into an existing SCADA system. The Flushing Buddy is another Intelligent Monitoring device that saves utilities precious time, water and money.
It turns out that Intelligent technology in water distribution systems can do a whole lot more than simply monitor and alert you to any problems with the equipment. It can also be massively useful to the flushing process. Intelligent Monitoring and Flushing can truly change the game when it comes to keeping your water fresh and safe.
First of all, flushing is a process of removing water out of a distribution system. This is necessary in order to raise residual levels back to safe levels and remove aging water before disinfectant byproducts can form, both of which can post a threat to consumer’s health. There are a few ways to accomplish flushing a water distribution system, but by far the most high-tech is with Intelligent Monitoring and Flushing Stations.
Flushing needs to happen fairly often in order to maintain the integrity of the water system, especially on water main dead-ends. Dead-ends with aging water issues need to be flushed at least once a week to prevent the formation of disinfection byproducts and also to make sure that chlorine residuals don’t fall below the minimum residual level so that they can’t properly combat the growth and spread of any microbial pathogens that might be present in the water supply.
By far the easiest and most efficient way to accomplish this important task is through Automatic Flushing Stations. The alternatives are far more labor intensive, time-consuming, and inefficient uses of water. So, let’s dive a little deeper into Automatic Flushing Stations to make it clear why they make a lot of sense in the smart hydrant space.
Maybe it’s redundant to explain what an automatic flushing station is, since it’s a fairly straightforward concept, but for the sake of clarity, let’s make sure we’re all on the same page. These are not fire hydrants, but are a simple technology to employ either by attaching to existing fire hydrants or attaching directly to the main. Their sole functionality is to flush a water main dead-end or low flow area on a scheduled, programmed basis. No utility manpower needs to be used to accomplish this, which is a huge advantage over more traditional flushing methods. These stations operate solely on the power of a 9-volt battery.
Automatic Flushing Stations come with a handheld or Bluetooth controller that is simple to program and use. Using this device, you can set your desired day/time/duration for flushing. There’s plenty more to learn about Automatic Flushing Stations, and you can check out our other post on the subject here.
There are plenty of reasons why Intelligent Monitoring and Flushing technology is the way of the future. We’ll list some of them here.
We won’t get very far if we’re not all on the page about what an Intelligent Monitor and Flushing Station even is. An Intelligent Monitoring and Flushing Station and a smart fire hydrant might sound somewhat similar if you’re not familiar with what they do. Smart fire hydrants can monitor pressure, etc. and send data using replaceable lithium-ion batteries, but they are hampered by the amount of power available. This can limit the frequency of which they collect and send data before batteries need to be replaced. But smart fire hydrants only report water quality data. In order to address issues crews must be deployed to flush in order to improve water quality. On the other hand, Intelligent Monitoring and Flushing Stations not only monitor water quality with up to 8 separate sensors per station, but they also can improve and maintain water quality by flushing the exact amount of water needed to maintain safe residuals and remove aging water based on real water data and then transmit that data via a cellular connection. Additionally, most all of these stations are powered by lithium-ion batteries that are recharged either by solar panels or a water turbine that captures the kinetic energy of the flushing water.
Intelligent Monitoring and Flushing Stations can not only be used to monitor and flush water to maintain water quality inside of a distribution system, they can also be used to monitor purchased or sold water from water wholesalers or municipal utilities that provide water over large geographical areas. As an example, a city in Ontario, Canada purchased water from another city that was some distance away. The water provider was required to deliver water with a minimum of a .2ppm residual. The buyer used a Kupferle Intelligent Monitoring and Flushing Station to monitor the purchased water and automatically flushed any water that fell below the minimum. In the first year, it saved the purchasing city over $250,000 in flushed water using the data the Intelligent Monitoring and Flushing Station provided. Water wholesalers can also benefit by monitoring the water they sell to cities and other water districts guaranteeing the quality of the water based on Intelligent Monitoring and Flushing Station data.
Kupferle manufactures a full array of Intelligent Monitoring and Flushing Stations. Portable stations that attached to fire hydrants, permanent stations that tap directly to the main in either warm or cold climates. Wall mounted monitoring stations that can be installed into existing pump stations, booster stations or any location with power and water. Portable and permanent pressure sensor stations that either attach to a fire hydrant or can tap directly to the main, a boss on a fire or flushing hydrant, or be incorporated into a meter resetter in a meter box.
Whatever you application need might be, Kupferle can provide a standard or customized Intelligent Monitoring and Flushing Station to fit you need.