Water Treatment Level Measurement

Globally, 1.32 quintillion gallons of water will be consumed in 2011. That number will increase by 16.9 billion gallons in 2012. Agriculture accounts for 70% of the overall total while industrial use accounts for 20% and domestic use accounts for 10%. All of this water must be processed according to industry standards in order to produce safe water for each intended use. At this water treatment plant four EchoSonic II transmitters are measuring to separate applications. The first application is controlling two sodium chlorate tanks. The sodium chlorate will be used in the creation of chlorine dioxide. Chlorine dioxide is a powerful biocide that is a more effective disinfectant than chlorine alone against water borne viruses, bacteria and protozoa. However, chlorine dioxide is many times used in high pH environments, which must later be neutralized before the water can be potable. This is where the second application comes into play. Two EchoSonic II transmitters are measuring sulfuric acid used to reduce pH levels to normal levels by neutralizing alkaline water. These two processes together will create potable water that is safe for human consumption.
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Water Tower Level Measurement

Water towers play a vital role in both rural and urban communities. In rural communities, water towers release stored water in times of peak demand, drought or during power outages when electrical pumps can no longer bring fresh water to homes and farms. In urban communities, water towers release water for everyday utilization as well as provide a reserve for fire containment in large metropolitan high-rises and high-density districts. Urban safety for fire prevention relies upon pressure from fire hydrants; however, during peak usage conventional pumps may not provide enough pressure to reach such heights. Water towers provide an alternative storage option to tackle this problem by utilizing gravity feed to develop requisite pressure to fulfill these purposes. In addition, water towers reduce demand for electricity, as pumps do not need to constantly cycle to provide fresh water. In this application an EchoSonic II is measuring water level within a concrete water tower. Making sure that water is stored to required levels effects the lives of 5,000 residents within this region. When reliability and repeatability are essential to your level measurement process, EchoSonic II is your liquid level solution.
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Microelectronics Waste Acid Recovery Level Measurement

Waste acid from microfabrication can be problematic for many microelectronics manufacturers. Wet etching is used to etch semiconductor components and is extremely hazardous to the environment. Therefore, spill prevention in this application is critical. If any waste acid were to overflow and enter the environment both OSHA and the EPA could slap the manufacturer with steep fines. In the past acid waste would simply be disposed of by electronics manufacturers; however, political pressure to reduce toxic chemical emissions into the environment and the cost of disposing these pollutants has become uneconomical. This leaves only one viable option, recovery and reuse. Waste acid is now collected, reprocessed and reused many times over before disposal. In this application a major electronics manufacturer collects spent acid in a sump for later processing and reuse. Two EchoPod DL14's are used as a redundant back up to prevent any overflow. EchoPod is perfect for this application due to its 4-20 mA output and four programmable relays for switch, pump or valve control and fail-safety. EchoPod also works well in corrosive environments with its type 6P polycarbonate enclosure.
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Turbine Cooling Water Level Measurement

Electric power plants produce 4.1 trillion kilowatt-hours of electricity annually for both residential and commercial uses. The majority of this energy is produced using steam turbines. Combined heat power plants and conventional power plants turn water into steam through combustion of fossil fuels and then convert steam into energy. As water is heated, steam rises from the boiling water and spins a steam turbine. The generator, in turn, converts its mechanical energy to electrical energy based on the relationship between magnetism and electricity. Because these turbines have a tendency to overheat, they also use water-cooling to keep temperatures within a desired range. Correct water level management is essential to keep recommended temperatures within the turbine to prevent warping of the turbine. This application is managed by monitoring water level in an open flume. The EchoSonic LU29 combined with the DataView LI55 is perfect for maintaining level. The EchoSonic LU29 will keep your business moving full steam ahead.
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Gulf Oil Dispersant Level Measurement

During Q2 2010 the BP oil spill in the Gulf of Mexico dominated the global news. The unprecedented spill threatened sea life, the $2.6 billion-a-year commercial fishing industry in Louisiana, and stifled imports and exports through the Port of South Louisiana, the nations busiest port. The disaster in the Gulf was a tragic event, but the crisis was not without Flowline level opportunity. It became a testing ground for a new technique where a potent mix of chemicals was sprayed in an effort to remove oil sheen from the surface. The mix of chemicals collectively known as "dispersants" were deployed in an attempt to break up the millions of gallons of oil spilled, allowing it to decompose or evaporate before washing ashore. As in all crises, resolution speed is key. More dispersants were requested than were available. Even though these chemicals were in high demand, EPA regulations regarding the daily usage of dispersants impeded implementation. Accurate production storage measurements had to be documented by the dispersant manufacturer prior to its shipment and application into the Gulf. To solve this problem, storage tanks were equipped with Flowline EchoSonic II non-contact ultrasonic sensors in combination with our DataView level display to quickly and accurately provide inventory management.
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Wastewater Treatment / Open Channel Flow

Wastewater treatment facilities commonly use V-Notch Weir applications to prevent solids from passing through to the clarification and treatment processes. Particulates fall to the bottom as the clearer water passes over the weir. But how do you measure the amount of water that is passing over the weir onto the next stage? That is where the open channel flow capabilities of the Echosonic LU27 shine. The LU27 can be configured to measure flow rate of wastewater entering a trough and passing over a V-Notch Weir The LU27?s capabilities can be further extended by adding the DataView LI55 controller to monitor very simple flow profiles using the display's advanced features.The Dataview LI55 allows for 2 or 4 programmable relays, and an isolated 4-20 mA repeater. Offering the capability for automatic pump shut-off, or to increase/decrease flow rate.
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State Park Wastewater Level Measurement

Ultrasonic level sensors are often used to measure open channel water flow thats discharged from rivers, streams, creeks, lakes or ponds. Here an EchoSonic II level sensor is installed on the upstream side of a weir. The non-contact sensor measures the gravity-fed, liquid surface height as it passes through the V-notch, and provides a continuous 4-20 mA signal output. The PLC converts level height into flow volume with rate, totalization and data-logging functions for wastewater treatment and environmental reporting.
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Water Fountain Level Measurement

Public parks and outdoor malls often have large fountains or water displays. They are fun for the whole family, adults enjoy watching and kids enjoy playing in them. The monitoring of water levels in these automated attractions is important for equipment protection and maintenance. Here, an EchoSonic II ultrasonic level sensor is located over a reservoir. The non-contact sensor is connected to a PLC that controls the water inlet actuator valve and provides low level pump protection.
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Machine Cutting Oil Level Measurement

When machining parts, cutting energy is turned into heat. Cutting oils reduce friction, prevent rust and inhibit corrosion, resulting in improved productivity and extended tool life. Littered with scrap metal and contaminants, waste cutting oil is collected, cleaned and recycled for future use. Here, an EchoSonic II ultrasonic level sensor is installed over a waste oil recovery sump. The non-contact sensor reliably measures the waste oil filling process, and provides a continuous 4-20 mA signal to the PLC.
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Milk Process Level Measurement

Everyone enjoys a cold glass of milk. From strong bones, to healthy teeth, nails, and hair, a daily glass of milk has many benefits. Estimated at $11.7 billion, the U.S. dairy industry has roughly 10,000 dairy farms in 48 states. Proper milk storage is critical to keeping this product fresh and contaminant free. Here, a non-contact EchoSonic II ultrasonic level sensor is installed on a milk process tank. The level sensor's continuous 4-20 mA signal output is connected to a PLC monitoring system, providing real-time process data. Inventory control enables dairy farmers to better manage their process, ensuring you a fresh glass of cold milk on a hot summer day.
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Aquarium Life Science Level Measurement

Life science parks allow young and old to experience nature in a natural setting. Large aquariums, a popular attraction, are delicate ecosystems that require constant monitoring and care. High or low water levels can harm marine life, personnel and equipment. Here, EchoSonic II is monitoring the level of two large aquarium tanks. The transmitter provides continuous liquid level monitoring, outputting a 4-20 mA signal to a PLC that activates high or low level alarms. EchoSonic II ensures the correct level of water is always maintained, keeping the marine life safe and active for your next visit.
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Storm Water Level Measurement

Storm water runoff carries trash, debris, gross and suspended solids, chemicals and bacteria that must be removed prior to being released to the environment. In the first stage of treatment, storm water is diverted through a gate filter that captures bulk trash and debris. Here an EchoSonic II ultrasonic level sensor is installed on the up-flow side of the filter within a canal. The non-contact level transmitter measures liquid height and filter efficiency through the gate.
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Stand-Pipe Level Measurement

Foam and vapor absorb ultrasonic energy, and turbulence deflects it. For robust measurement in applications with surface foam, turbulence or vapor, simply install your Flowline ultrasonic level sensor in a stand-pipe. Stand-pipe installations isolate surface foam, eliminate turbulence and minimize vapor at the sensor's point of measurement. The basic stand-pipe assembly includes a pipe & female threaded adapter. The pipe must run the entire measurement span in length with no couplings or holes. It's that easy.
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Cooling Tower Level Measurement

Cooling towers are heat removal devices used to transfer heat to the atmosphere. Common applications include cooling the circulating water used in oil refineries, chemical plants, power stations and building cooling. As an industry standard, float valves are used to monitor the water level and replenish as needed. If the city water pressure is high, the life span of these float valves is shortened due to hammer effect, usually only lasting 2-3 years. Additionally, float valves require a separate water line into the cooling tower increasing installation expense, often higher in cold areas where the pipe must be insulated. Here an EchoSonic II ultrasonic level transmitter is monitoring the level of water in the system, sending a continuous 4-20 mA signal back to the maintenance building. The signal, coupled to a controller, activates a pump by the chiller and a S solenoid valve adding make up water into the system without running an additional water line.The same signal is then repeated from the controller to the building's SCADA, allowing continuous monitoring of the make up water in the cooling tower.
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Municipal Wastewater Level Measurement

Municipalities collect, treat and redistribute millions gallons of water to the communities they serve, and level control is critical to their water treatment processes. From pump lift stations to open channel weirs and chemical feed tanks to clarifiers, Flowline non-contact ultrasonic transmitters deliver reliable level measurement. Here, wastewater operator Jim Hanson installs an EchoSonic II two-wire ultrasonic level transmitter in a 28' pump lift station, "The sensor configuration was easy with their free WebCal software and I'm very satisfied with it's performance."
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Sodium Hydroxide NaOH Level Measurement

With global demand at 57M tons per year, sodium hydroxide, also known as caustic soda, is the most widely used chemical base. Pure caustic, a white pelletized solid, is handled as an aqueous solution to neutralize acidic material or drive chemical process reactions. Typical applications include water & wastewater treatment, metal etching, food preparation, aluminum production, cleaners and detergents. When exposed to air, caustic undergoes an exothermic reaction and crystallizes, coating everything it contacts. The EchoSonic II, two-wire ultrasonic transmitter is the non-contact solution for reliable sodium hydroxide level measurement.
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Cooling Tower Sump Level Measurement

A hot or cold airport can make travel uncomfortable and stressful. Airports rely on Flowline's EchoSonic? level sensor to give continuous level measurement for their heating and cooling towers. Flowline's ultrasonic transmitters are the non-contact level measurement solution for cooling tower applications. Next time you fly, know it's Flowline helping to keep you comfortable before you board. It's cooling tower level made simple!
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Storm Water Lift Station Level Measurement

Storm water pump lift stations collect and transfer non-sewage run off into oceans, lakes and rivers. Unfortunately, such stations typically collect trash, debris and dumped petroleum products that cause contact level devices to fail or need maintenance. Flowline ultrasonic transmitters are the non-contact level measurement solution for storm water level monitoring applications. It's lift station level made simple!
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Wafer Fabrication Level Measurement

Semiconductor manufacturers use a combination of deionized water and corrosive acids such as nickel chloride in their processes. Highly aggressive acid media attacks contact type level sensors. Flowline ultrasonic transmitters are the non-contact level measurement solution for nickel chloride chemical feed and waste monitoring applications. It's wafer fabrication level made simple!
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Waste Treatment Tank Level Measurement

Gravity fed wastewater treatment systems are typically controlled by continuously measuring the level throughput in each stage. Suspended solids, floating grease and corrosive media cause contact type level sensors to fail or require maintenance. Flowline ultrasonic transmitters are the non-contact level measurement solution for treatment tank monitoring applications. It's wastewater level made simple!
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Calcium Hydroxide Slurry Level Measurement

Calcium hydroxide is a lime powder that is often mixed with water into slurry and used as a base additive in wastewater treatment applications. Highly corrosive and coating in nature, Ca(OH)2 easily damages contact type level devices causing them to fail or require ongoing maintenance. Flowline ultrasonic transmitters are the non-contact level measurement solution for calcium and sodium hydroxide tank monitoring applications. It's slurry level made simple!
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Chlorine Bulk Tank Level Measurement

Liquid chlorine is used globally as an aggressive disinfectant in food, beverage, water treatment, commercial pool, laundry, medical and hospital applications. Extremely corrosive, it's known to damage or shorten the life of pumps, instruments and valves. Flowline ultrasonic transmitters are the non-contact level measurement solution for difficult chlorine tank monitoring applications. It's chlorine level made simple!
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Commercial Laundry Tank Level Measurement

When Mission Linen Supply, one of largest US commercial laundry providers needed reliable level measurement of their chemical bulk storage tanks, they turned to Flowline. Corrosive bleach, caustic soda and sticky, coating detergent can easily damage or disrupt contact type devices. Flowline ultrasonic transmitters are the non-contact level measurement solution for chemical tank monitoring applications. It's commercial laundry level made simple!
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Baltimore Aquarium Tank Level Measurement

When the National Aquarium in Baltimore, MD needed reliable level measurement sensors for their Rain Forrest exhibit, they turned to Flowline. Corrosive saltwater and algae build-up can easily damage or disrupt contact type devices. Flowline ultrasonic transmitters are the non-contact level measurement solution for exhibit tank monitoring applications. It's aquarium level made simple!
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Chemical Distributor Tank Level Measurement

Dairy farms consume large quantities of chemicals for cleaning and neutralization processes such as sodium hydroxide. Caustic crystallizes causing contact type level sensors to fail and/or require maintenance. Chemical distributors in rural areas supply dairy farmers from their bulk storage tanks via IBC deliveries. Flowline ultrasonic transmitters are the non-contact level measurement solution for chemical distributor inventory monitoring applications. It's distributor level made simple!
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Bakery Syrup Tank Level Measurement

Rice syrup is a main ingredient used in global cookie, cake and bread production. Syrup is a highly coating media that causes contact level devices to fail or require ongoing maintenance. Flowline ultrasonic transmitters are the perfect non-contact level measurement solution for food ingredient tank monitoring applications. It's syrup level made simple!
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Municipal Pump Station Level Measurement

There are 5900 municipalities in the United States with an estimated 1.2M pump lift stations that continuously move storm and sewer waste into treatment. Wastewater with floating grease and debris presents both reliability and maintenance challenges to contact type level devices. Flowline ultrasonic transmitters are the non-contact level measurement solution for sewer and storm pump lift stations. It's municipal level made simple!
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Municipal Chemical Feed Level Measurement

When Virginia's Hanover County waste treatment plant needed reliable level measurement solutions for their many chemical feed tanks, they turned to Flowline. Corrosive acid, caustic, brine and sodium hypochlorite will often damage traditional contact type devices. Flowline ultrasonic transmitters are the non-contact level measurement solution for corrosive tank inventory monitoring applications. It's municipal chemical feed level made simple!
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Aquarium Exhibit Tank Level Measurement

When the famous Shedd Aquarium in Chicago, Illinois needed reliable level measurement solutions for their saltwater exhibit tanks, they turned to Flowline. Corrosive saltwater and algae build-up can easily damage or disrupt contact type devices. Flowline ultrasonic transmitters are the non-contact level measurement solution for life science tank monitoring applications. It's aquarium level made simple!
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Sulfuric Acid Day Tank Level Measurement

Sulfuric acid is one of the most common chemicals applied in industrial and municipal wastewater treatment applications. Offloaded into bulk storage tanks and pumped into day tanks for localized chemical feed, it's a corrosive commodity. Flowline ultrasonic transmitters are the non-contact level measurement solution for sulfuric bulk and day tank wastewater treatment applications. It's acid level made simple!
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Residential Sewer Treatment Level Measurement

The high cost of sewer and stormwater utility infrastructure throttles real estate expansion in outlying areas. To overcome this issue, developers are constructing onsite treatment plants that can independently support their residents. Flowline non-contact ultrasonic level transmitters are the perfect solution for residential treatment applications. It's waste treatment level made simple!
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Brine Make Up Tank Level Measurement

The world famous Hyperion municipal wastewater treatment plant located in Los Angeles, CA uses Flowline ultrasonic transmitters in their brine make up tanks. Flowline ultrasonic transmitters are the ideal non-contact level measurement solution for challenging brine tank inventory monitoring applications. It's brine level made simple!
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Livestock Waste Slurry Level Measurement

Cattle, pig and chicken farms create a tremendous amount of livestock manure that requires proper disposal. Portable slurry separation machines are commonly used to separate water and suspended solids. Once separated, the manure solids can be trucked off and sold as fertilizer. Flowline ultrasonic transmitters are the non-contact level measurement solution for challenging waste slurry level monitoring applications. It's manure level made simple!
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Well Water Bulk Tank Level Measurement

It's estimated that 41% of all US residences are dependent on well water. A bulk storage tank is often needed as a buffer based on well yield and user demand. Generally, the older the well, the lesser the yield and the higher the likelihood that a bulk tank will be needed. Flowline ultrasonic transmitter and indication packages are the non-contact level measurement solution for well inventory monitoring applications. It's water level made simple!
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Railroad Lube Oil Level Measurement

Large machinery such as trains, planes, trucks and cranes require constant lubrication. When a major railroad needed to monitor their lube oil storage tanks, they turned to Flowline. Flowline ultrasonic transmitter and indication packages are the perfect non-contact level measurement solution for both clean and waste oil inventory monitoring applications. It's lube oil level made simple!
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Water Remediation Tank Level Measurement

Increased environmental legislation and penalties continue to drive municipal and private ground water remediation projects. High particulate and scaling characteristics combined with corrosive chemical treatment often causes traditional level sensors to fail. Flowline ultrasonic transmitters are the non-contact level solution for water treatment applications. It's remediation level made simple!
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Spray Fertilizer Tank Level Measurement

Agricultural pesticides and fertilizers are commonly applied via truck bed or tractor mounted spray equipment with horizontal day tanks. To maximize mobile spray efficiency and minimize crop loss, equipment manufacturers are now offering tank monitors with low level alarms. Flowline ultrasonic transmitters are the non-contact level sensing solution for spray system applications. It's mobile pesticide and fertilizer level made simple!
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Shipyard Bulk Tank Level Measurement

Ports around the world have a substantial number of tanks used to service commercial ships, ferrys, tug boats and barges. The liquids are challenging and diverse from acids to diesel fuel, oil, water and wastewater. Flowline ultrasonic transmitters are the non-contact level measurement solution for port bulk tank inventory monitoring applications. It's shipyard level made simple!
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Chemical Bulk & Day Tank Level Measurement

The storage and transfer of high volume chemicals requires the use of bulk storage and day tanks typically monitored via a PLC. Traditionally, users have been forced to package various level devices in order to satisfy their diverse large to small tank requirements. Flowline non-contact ultrasonic level transmitters are offered in five optimized ranges (10m, 8m, 5m, 3m, 1m) and two enclosure types. It's chemical bulk and day tank level made simple!
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Municipal Open Channel Flow Measurement

When Australia's North Shore City Counsel needs to monitor culvert storm water run off, they use Flowline NEMA 6 rated ultrasonic transmitters. With limited space, agitation and debris, Flowline non-contact level transmitters are the solution for accurate culvert flow measurement. It's municipal open channel flow made simple!
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Food Processing Tank Level Measurement

Food and beverage processing tanks often contain viscous media that can build-up on traditional contact type level probes causing failure and requiring maintenance. Flowline ultrasonic transmitters feature all PVDF Kynar® transducers and are the non-contact level measurement solution for food bulk storage, day and processing tank monitoring applications. It's food and beverage level made simple!
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Sodium Hypochlorite Tank Level Measurement

Sodium hypochlorite is one of the most common chemicals applied in both water and wastewater treatment applications. A commodity, it's generally delivered via tanker trucks and offloaded into bulk storage tanks. Flowline non-contact ultrasonic level measurement and indication packages are the solution for sodium hypochlorite tank inventory monitoring applications. It's level made simple!
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Water Treatment Tank Level Measurement

When the Strandco division of US Filter needs to manage challenging hydrochloric acid, caustic soda and sodium hypochlorite chemicals used in water treatment, they turn to Flowline. Our ultrasonic transmitters are the very best non-contact level measurement solution for corrosive tank inventory monitoring applications. From bulk storage to day tanks and IBC totes, we've got your product. It's water treatment level made simple!
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Stand Pipe Level Installation Benefits

If your level application has substantial surface foam or process turbulence, then installing your Flowline ultrasonic level transmitter in a stand pipe will give you the best overall sensor performance. Stand pipes can effectively separate surface foam and/or dampen turbulence from the point of measurement. For more information, read our stand pipe tech-tip. It's level made simple!
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Hydrochloric Acid Bulk Tank Level Measurement

Hydrochloric acid is a highly corrosive chemical that's notorious for eating up level sensors. A commodity, HCL is typically bulk transported from railroad tanker cars to distribution terminal sites to end user bulk storage tanks. Flowline ultrasonic transmitters are the non-contact measurement solution for challenging HCL tank level inventory monitoring applications. It's level made simple!
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Oil-Water Separator Level Measurement

Oil-water separation systems are challenging level applications which present a dynamic combination of dirty, foaming and coating media characteristics. Contact level sensors generally fail in this environment and/or require maintenance. Flowline ultrasonic transmitters are the non-contact level measurement solution for oil-water separator applications. It's oil-water level made reliable!
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Cooling Tower Water Level Measurement

Cooling tower water evaporates and must be periodically replenished. Traditional conductance and float level switches often fail due to chemical attack or material build-up on the wetted parts. Flowline ultrasonic transmitters are the non-contact level measurement solution for cooling tower water applications. It's level made simple!
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Municipal Pump Lift Station Level Measurement

Residential and commercial waste flows into the sewer and collects in municipal pump lift stations. The pumping station is challenging with foam, turbulence, grease, solid waste, debris and limited measurement space. A major California city uses Flowline non-contact ultrasonic level transmitters in their pump stations. It's municipal pump station level made simple!
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Caustic Soda Bulk Tank Level Measurement

Sodium hydroxide is commonly applied in industrial and municipal wastewater treatment applications. The challenge with caustic is that it crystallizes and ultimately coats contact type level sensors. Such coating impacts sensor performance. Flowline ultrasonic transmitters are the non-contact level measurement solution for caustic tank inventory monitoring applications. It's level made simple!
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Printing Ink Bulk Tank Level Measurement

The newspaper, magazine and general printing industry consumes large quantities of magenta, cyan, yellow and black ink. The challenge with ink is that it inevitably coats contact type level sensors. Such coating adversely impacts sensor performance. Flowline ultrasonic transmitters are the non-contact level measurement solution for ink bulk storage, IBC and 55-gallon drum inventory monitoring applications. It's ink level made simple!
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Caustic Soda Bulk Tank Level Measurement

Sodium hydroxide is commonly applied in industrial and municipal wastewater treatment applications. The challenge with caustic is that it crystallizes and ultimately coats contact type level sensors. Such coating impacts sensor performance. Flowline ultrasonic transmitters are the non-contact level measurement solution for caustic tank inventory monitoring applications. It's level made simple!
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Variable Speed Drive Sump Level Measurement

VFD pumps are commonly used in municipal pump lift stations. Unfortunately, such drives generate tremendous electrical noise that often disrupt sensor performance. Dan Charlson of Clark Public Utilities now replaces failed pressure sensors with Flowline non-contact ultrasonic level transmitters. It's VFD sump level made simple!
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Horizontal Acid Bulk Tank Level Measurement

Manufactured chemicals are delivered to volume distributors via tanker rail cars and are off-loaded into horizontal bulk storage tanks. Such tanks are convenient because their low height and manway access are perfect for rail car interface. Flowline ultrasonic transmitters are the non-contact level measurement solution for hydrochloric, nitric and sulfuric tank inventory monitoring applications. It's acid level made simple!
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Milk Bulk Tank Level Measurement

Yogurt and cheese producers consume very large quantities of milk in their manufacturing processes. Non-contact inventory monitoring is critical due to sanitary food and beverage requirements. Flowline ultrasonic transmitters are the non-contact solution for food and beverage bulk storage tanks, including wine and juice applications. It's food and beverage level made simple!
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Bleach Bulk Tank Level Measurement

The commercial laundry industry consumes a tremendous amount of sodium hypochlorite and specialty soaps in their cleaning processes. The highly corrosive and/or sticky nature of these mediums demand the use of non-contact sensing technology. Flowline ultrasonic transmitters are the best level measurement solution for laundry tank applications, including water and wastewater treatment. It's bleach level made simple!
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Wastewater Treatment Level Measurement

The ability of cities to provide municipal sewer and waste treatment infrastructure is often outpaced by population and real estate growth. This has created high demand for stand-alone biological treatment systems that can neutralize up to 1M gallons per day. Flowline non-contact ultrasonic transmitters are the perfect level measurement solution for residential or golf resort wastewater treatment systems. It's level made simple!
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Plating Acid Tank Level Measurement

Plating or metal finishing systems incorporate a range of highly corrosive media such as chromic acid, magnesium sulfate and hydrochloric acid. The plating environment is further complicated by limited space, high temperature, foam, vapor and agitation. Flowline ultrasonic transmitters are the non-contact level solution for challenging plating tank applications. It?s level made simple!
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Sulfuric Acid Bulk Tank Level Measurement

Sulfuric acid is one of the most common chemicals applied throughout both industrial and municipal applications. A corrosive commodity, it's generally delivered via tanker trucks and offloaded into bulk storage tanks. Flowline ultrasonic transmitters are the non-contact level measurement solution for sulfuric bulk and day tank inventory monitoring applications. It's acid level made simple!
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