While there are a wide variety of flow measurement tools that you could employ in your water management operation, few are as versatile and effective as H-flumes. By choosing an H-flume, you’ll be getting an extremely sensitive measurement tool that is also resilient in the face of sedimentation and debris accumulation. For free-spilling discharge measurement, there’s no better tool than an H-flume.
However, like almost every flow measurement tools, making sure you get the most out of your H-flume depends on proper installation, which can be difficult if you don’t know the right steps. Read this quick H-flume installation guide that will help you incorporate this extremely useful flow measurement tool into your operation.
Sizing Your Flume
The first and most important step in planning your H-flume installation is ensuring that your flume is the correct size. Contrary to what you might believe, this can be extremely difficult and requires estimating four different flow rates. Without these numbers, you won’t be able to size your flume correctly, causing future problems for your operation.
The four flow rates that you need to calculate are average flow, minimum flow, maximum flow and surge flow. Once you know these numbers, you can accurately choose the size of your H-flume.
After sizing your H-flume to correctly handle the typical flows in your system, you next need to consider the conditions at the installation site. Unfortunately, not every installation site will be suitable for your H-flume. Examining the site before you begin the installation process may save you quite a deal of effort and frustration.
First, you need to consider the upstream conditions. For instance, the upstream flow entering your flume should be the right velocity and properly developed. You should be certain that turns in your channel are as far away from your flume as possible.
Second, you need to correctly position your flume. Your H-flume should be placed completely level in your channel and the v-shaped notch of your flume should be pointed downstream. When placing in a natural channel, you will need to anchor your flume and make sure that there is no risk of flow bypassing your flume.
Thirdly and finally, you need to examine your potential downstream condition. The main reason for this is that H-flumes are extremely vulnerable to submergence. If submergence is a concern, an H-flume may not be the right choice for your operation. You will also need to be certain that discharge is able to spill freely if want the most accurate readings possible.
Follow Your H-Flume Installation Guide
With these simple tips, you should be able to easily and successfully install your H-flume. However, before you can start following your H-flume installation guide, you need to purchase your H-flume, which is why you should work with the water management professionals you’ll find atTracom, FRP.
The benefit of working with Tracom is having access to a huge inventory of dependable fiberglass water management tools. One of our representatives can help you browse through our catalogue until you find the tools that you need to improve your water operation’s level of success.Ask for a quote from Tracom today so that you can start equipping your system with fiberglass H-flumes.
If your water management system depends on flow measuring flumes, you have several factors to consider to make sure you’re getting the accurate readings that you need. However, the most important factor to take into account is the velocity of the flow approaching your flume. Flumes cannot operate correctly unless the flow is subcritical. If flow is too energetic or poorly developed, your operators won’t be able to take consistently accurate measurements.
When it’s necessary to reduce the velocity of your flow before it reaches your flume, there are several tools you could choose, but none is more effective than an energy absorbing manhole. Here are a few facts about energy absorbing manholes that you need to consider when your operation is experiencing turbulent flows.
Energy Absorbing Manhole Operation
If you’re not familiar with energy absorbers, then you might not know how energy absorbing manholes work. Learning more about the functionality of these tools is a good starting point when you’re considering installing an energy absorbing manhole in your water management system.
Inside an energy absorbing manhole is something known as a dissipating baffle. The baffle works to slow down the energetic flow and absorb its energy. Once the flow passes around the bathroom, it will be more consistent and its energy will be reduced, after which it will pass out of the energy absorbing manhole and into your flume. By installing an energy absorbing manhole, you’ll be able to slow your flow before it enters your flume.
Where to Install Your Manhole
Once you’ve learned more about how an energy absorbing manhole is used, it’s common to wonder where this tool will be installed in your water management system. Typically, your energy absorbing manhole will be installed upstream from a packaged metering manhole, which will contain your flow measurement device. There are several reasons for this install location.
First, installing your energy absorbing manhole in the same location as your metering manhole reduces the labor required for the task. Secondly, positioning your energy absorber near your flow measurement device makes it much easier for you to control the energy of your flow, improving the accuracy of your readings and leading to more consistent success.
While it’s the best solution, installing an energy absorbing manhole in conjunction with a packaged metering manhole is not a strict requirement. However, by combining these tools, you will be increasing the versatility and consistency of your flow measurement operation.
Purchase Energy Absorbing Manholes
Although it’s not a concern for every water management operation, energetic and poorly developed flows can pose a big problem. If your flume doesn’t receive subcritical flows, your operators won’t be able to take the accurate readings that your system needs. Fortunately, when you experience turbulent flows, you have the option of installing energy absorbing manholes.
To get the energy absorbing manholes and other flow management tools that you need, you should consider shopping withTracom, FRP. At Tracom, we understand the needs of water management systems and our focus is on providing the fiberglass tools that they need for success. Whether you need an energy absorber or some other piece of equipment, Tracom is your best resource.
Measuring natural flows can be extremely complicated, particularly when you need to measure stormwater flow. Unlike flows in an industrial application, stormwater can have a wide range of flow rates and may even possess sedimentation that may clog traditional flumes. Fortunately, if you need to measure stormwater flows, you have the option of installing an H-flume.
While many don’t realize it, H-flumes are some of the most versatile flumes on the market, serving a variety of purposes, including measuring stormwater flow. Learn about measuring stormwater flow with H-flumes and find out the easiest way to install these tools in your system.
Where to Install Your H-Flume
Perhaps the best reason to choose an H-flume to measure stormwater flow is that these tools provide versatile installation options. You will be able to incorporate this tool into your system quickly and easily so that your operators can start taking stormwater flow readings as soon as possible.
For instance, an H-flume can be easily incorporated into an existing channel, which is extremely beneficial when measuring stormwater flow. In addition, if it is necessary, your H-flume can be added to the end of a discharge pipe. Versatile installation options are a great reason to choose H-flumes.
Besides its multiple options for installation, the reason an H-flume makes such a great choice for measuring storm water flow is its unique design. The very nature of stormwater flow poses significant difficulties, all of which are addressed through the use of an H-flume.
For instance, the v-shaped notch of an H-flume is very similar to a weir plate, meaning it provides the same measurement sensitivity. This is extremely important for storm water, where flows can be very light or very heavy. Additionally, the flat bottom of the H-flume makes it extremely resistant to sedimentation or debris build-up, which is a concern with storm water flow.
As you can see, the H-flume possesses several characteristics that make it the ideal tool for measuring stormwater flows.
Requirements for H-Flumes
Before you can install an H-flume for your storm water measurement needs, it’s important that you learn about some of the requirements of this flume type. Understanding proper usage will ensure that your flume will give you the accurate readings that you need.
Firstly, H-flumes have no way of adjusting to shifting downstream conditions, which means they should only be used if you can ensure free-spilling discharge. Also, if there is a risk of submergence occurring in your system, you will need to install your flume high enough that it will not be affected. Following these rules will ensure you get the most benefits possible from your H-flume.
Browse Fiberglass H-Flumes
Measuring storm water flow is more difficult than measuring other flow types, which means you need to have the right tool for the job. Clearly, the easiest, most accurate way to measure stormwater flow is by using H-flumes. Install the H-flumes that your system needs by shopping with Tracom, FRP.
Tracom is your premier source for fiberglass water measurement tools, and we produce the quality H-flumes that you deserve. Get in touch with Tracom today to find out more about our line of versatile products.
In a water treatment operation, there is no more important team member than an operator. Your operator will take the flow measurements that your system depends on, making your operator a vital part of your long-term success. However, because operators have many different responsibilities, you want to make it as easy as possible for them to take their readings, particularly if they’re measuring industrial flow.
While there are a variety of useful tools for measuring industrial flow, perhaps the most useful is a sampling station. Learn why your water management system may need a sampling station and discover how you can purchase high-quality fiberglass flow measurement products.
Parts of a Sampling Station
If you’ve never worked in a large, industrial water treatment operation before, then you may not have encountered a sampling station, which means you might not know what parts are included in a sampling station and why they are important. Familiarizing yourself with the parts of a sampling station will help you decide if this tool is right for your flow measurement needs.
Typically, a sampling station is comprised of two important pieces of equipment. The first is a fiberglass equipment shelter, which houses tools like your sampler and flow meter. The second, and most important, part of your sampling station is a packaged metering manhole, which allows your operator to take flow measurements.
The benefit of a packaged metering manhole is that it provides all the tools your operator needs in one convenient location. Inside a packaged metering manhole, you will find some sort of flow measurement device, usually a flume or a weir. Additionally, these manholes are water tight, lessening the risk of outside factors influencing your readings.
A fiberglass equipment shelter serves a variety of purposes. Primarily, it is used to house your flow meter and sampler in the same location as your flow measurement tool. Another use for fiberglass shelters as part of a sampling station is to protect your equipment. This is particularly important if your operation is primarily outdoors.
Do You Need a Sampling Station?
Now that you know the ins and outs of sampling stations, you might be wondering if installing this tool is the right choice for your industrial flow measuring operations. The main factor to consider when trying to decide if you need a sampling station is the distance between your flow measurement tool and your metering/sampling tools. If your operator is constantly running back and forth between these two locations, it can impact the accuracy of their readings.
While installing a sampling station may not be the right decision for a smaller operation, it’s a great solution for industrial operations. Sampling stations provide your operators a more convenient solution for taking flow readings, increasing their success.
Install a Sampling Station
If you’re interested in installing a sampling station in your operation, you want to make sure you’re getting your equipment from a dependable source. Get all the parts you need for a successful sampling station by partnering withTracom, FRP.
Tracom produces everything you need to install a sampling station, including fiberglass equipment shelters.Get a quote from use today and improve the accuracy of your industrial flow measurements.
Choosing a flume for your flow management needs is a crucial decision. If you don’t choose the right flume, you’ll likely experience inaccurate measurements and operator difficulties that may reduce the success of your operation. For most operations, selecting a flume is a relatively straightforward process. However, in agricultural operations, picking a flume is much more involved as there are a variety of factors to consider.
Agricultural operations have very different flow management needs than other systems, making selecting the right flume difficult if you don’t have access to the right information. Here are a few tips for choosing a high-quality agricultural flume and advice for purchasing your much needed flow measurement tools.
Agricultural Flume Uses
Most people don’t realize that agricultural operations use flumes in multiple ways. If you don’t understand how and why flumes are used in agricultural settings, it can make it hard to choose the right flume for the needs of your operation.
Primarily, agricultural flumes are used for water rights apportionment, helping them to ensure they’re getting the water to which they are entitled. Generally, these measurements are performed by operators within an agricultural operation. The other use for an agricultural flume is to measure water run-off at the edge of a field. Run-off readings are usually gathered by the government, scientific researchers or institutions that assess them for educational purposes.
After gaining an understanding of the uses of an agricultural flume, you’re better equipped to pick the right flume for your agriculture flow measurement tasks. The first style of flume that you need to examine are those that will be used to measure water apportionment.
Because measuring water rights apportionment is an everyday task for an agricultural operation, flumes meant for this task will be installed permanently. Additionally, flumes meant for apportionment must have the ability to handle a wide range of flows and be installed in a natural channel. It is for these reasons that Parshall flumes and Cutthroat flumes are the most commonly used flumes for the measurement of water rights.
These two flume types can be installed very quickly and are capable of accurately measuring a variety of flow types.
Unlike flumes meant for measuring water rights, flumes intended to gauge edge of field runoff must be frequently moved, meaning they should be lightweight and durable. The best choice for a free standing flume that can easily be relocated is an H-flume or an HL-flume. These two flume types lower costs as they can be quickly relocated to measure runoff wherever needed.
If you’re having trouble deciding which type of flume is best for your runoff measurement needs, it’s a good idea to consult with a water management professional.
Choose the Right Agricultural Flume
Agricultural systems have very different needs than typical water management operations, which means they have very specific requirements for their flume. If you’re looking for guidance about which type of agricultural flume is right for your operation, your best bet is to shop withTracom, FRP.
Browse the Tracom product catalogue and you’ll find a wide range of fiberglass flumes that will be perfect for your agricultural water measurement needs.Contact us today and let one of our representatives help you find the perfect agricultural flumes for your operation.
The most invaluable tool for the long-term success of a water management operation is a flow measuring flume. Whatever type of flume you choose, your operators will be able to take accurate readings of the flow in your system with minimal effort.
Ideally, you’ll be able to install flumes in your system without having to make adjustments. However, in certain operations, the sidewalls of your flume may be too short, which is why you might need a flume with extended sidewalls. Read more about the uses of extended sidewall flumes and discover some of the biggest benefits of this versatile flow measurement tool.
Uses of an Extended Sidewall Flume
If you’ve never had the need for an extended sidewall flume in your system before, you may not be familiar with the myriad of uses for this flow measurement tool. Fortunately, extended sidewall flumes are suitable for a variety of flow measurement tasks, making them one of the most valuable pieces of equipment you could install in your water management system.
For instance, it’s possible that the walls in your open channel are higher than the walls of a standard flume, and you could use an extended sidewall flume to cover this distance. Extended sidewall flumes can also be used to handle additional flow capacity without installing a larger flume. Finally, if there’s a risk of peak discharge overflow in your system, an extended sidewall flume can be used to address this issue.
Flumes Available with Extended Sidewalls
Now that you know a little more about the different uses of a flume with extended sidewalls, it’s a good idea to learn about the different types of flumes that can be manufactured with this feature. While not every flume is available with extended sidewalls, you can choose this accessory for some of the most popular flumes on the market.
Typically, extended sidewalls will be found on flumes with straight, vertical sidewalls, including the Montana flume, the Cutthroat flume and the ever-popular Parshall flume. Although it’s not as common, Palmer-Bowlus flumes can also be constructed with extended sidewalls. Regrettably, flumes with non-standard shapes, such as H-flumes and Trapezoidal flumes, cannot be made with extended sidewalls.
Drawbacks of Extended Sidewalls
Before using flumes with extended sidewalls in your water management operation, it’s important to learn about some of the drawbacks of this tool. While extended sidewall flumes are extremely useful, there are some negatives that you need to consider.
The biggest con of using extended sidewall flumes is that it may affect the accuracy of your readings. Extending the sidewall of the flume alters its maximum head range, which results in less accurate flow measurements than with normal sized flumes. However, as long as you adjust for this issue, using extended sidewall flumes is a good choice.
Purchase Extended Sidewall Flumes
If the channel walls in your water management system are unusually tall, a good solution for correcting this issue is installing a flume with extended sidewalls. Get the extended sidewall flumes that your open channel operation needs by working with the professionals atTracom, FRP.
By shopping with Tracom, you’ll be able to find a wide range of quality fiberglass flow management tools, making your operation run more efficiently. Contact us today to learn more about our products.