Smart Wastewater Pump Stations with MAID Labs Volucalc™

Smart Wastewater Pump Stations with Volucalc

A wastewater lift station is a pumping station that transports wastewater from one elevation to another. They are essential in transporting sewage to a wastewater treatment plant. Lift Stations are an integral part of the overall infrastructure of the wastewater industry. They improve the efficiency with which sewage transports to treatment facilities. They also reduce the cost of installing underground sewer pipes. It is critical for wastewater treatment operators to closely monitor the health and efficiency of their equipment, paying close attention to alarms and notifications. Monitoring not only extends the life of the equipment but also ensures public safety (sewage is a hazardous material that must be handled and transported with caution.)

Multiple operational parts and components make up a functional wastewater lift pump station. Everything from a power supply to remote monitoring and control must be functioning to collect and treat wastewater properly.

A Flow-Based Lift Station Operating System changes the operation of the pumps based on the flow rate entering the lift station in real-time, increasing the pumps' capacity by reducing the head. It raises its ability to cope with storm surges by lowering the lead level during high flow conditions. Real-Time flow rate monitoring is mandatory to respond to rapidly changing conditions. 

Consistent monitoring is required to operate and maintain a wastewater lift station properly. A cloud-based monitoring system is the most effective approach to monitoring and controlling a lift station because they are simple, inexpensive, accurate, and accessible from anywhere. Such monitoring systems give wastewater operators access to data about their lift stations, including alert notifications and historical data graphs and charts. Monitoring ensures that lift station equipment is in good working order and protects the public by giving vital information about the wastewater being transported and processed.

MAID (Municipal And Industrial Data) Labs created the only wastewater pump station computer that significantly reduces the electrical consumption using the existing equipment. Power consumption, pump efficiency, level behavior, and real-time high precision volumetric flow metering are some elements used to highlight the embryonic catastrophic situation. The MaidLabs' Volucalc™ Hybrid Series provides a better way to manage wastewater pump stations and is the future of lift station analysis.


Volucalc™ Hybrid CS (Constant Speed)

VOLUCALC™ HYBRID CS is a volumetric flow meter and an open channel flow meter applicable to lift stations with constant speed pumps reporting abnormal behaviors using real-time diagnostics with flow and efficiency monitoring. The CS potentially decreases electric bills by 15% to 30% using the flow-based operating system. 

Volucalc™ Hybrid VS (Variable Speed)

VOLUCALC™ Hybrid VS is a volumetric flow meter, a derived flow-based flow meter, an open channel flow meter, a backup pump controller, and an efficiency optimizer applied on lift stations having constant speed and variable speed pumps. On constant speed pumps, flow is calculated with a volumetric algorithm. On variable speed pumps, the flow rate is derived from the calibrated pump curves. A rain gauge can also be connected for infiltration studies.

For more information in Florida, contact Instrument Specialties. Call (407)-324-7800 or visit

Video Demonstrates Teledyne ISCO Automatic Sampler's Real-World Role in Detecting COVID-19 in Wastewater Systems

Researchers at UC Berkeley are using a simple and effective method for detecting the presence of the Coronavirus in wastewater flowing through municipal sewer systems. Water testing will assist public policymakers to determine where and how to implement COVID-19 prevention and treatment plans. 

Wastewater testing, also known as "wastewater quality indicators," is a broad term for the various test methodologies used to measure water quality. These tests investigate the physical, chemical, and biological properties of wastewater.  Wastewater naturally collects waste from hundreds to even millions of people in a single sample.  By drawing a representative sample of wastewater and analyzing it, you can gain a tremendous amount of information that you would likely not be able to achieve by testing people individually. 

The amount of viral matter in wastewater from a community could reveal the prevalence of COVID-19 in the population. This information can trigger the necessary mitigation initiatives and response plans, such as individual testing, contract tracking, and quarantine. It also allows for collecting data on a cross-section of the population, allowing for the monitoring of public health solutions for large groups. However, it is challenging to detect tiny virus particles in the wastewater that flows through our sewage pipes, considering it includes toilet water and sink water, shower water, and everything else that goes down the drain. Teledyne ISCO is leading the way in the use of automatic samplers for gathering wastewater to identify virus evidence in sewage.

Teledyne ISCO is a leading manufacturer and supplier of rugged, dependable field-portable instruments for water quality monitoring.  Their automatic sampler readings analyze the characteristics and presence of the Coronavirus in parts per million quantities, which, when compared to population numbers in a geographic area, aids in determining the presence and amount of virus in the wastewater. 

The above-referenced UC Berkeley videos provide a real-life example of how the Teledyne ISCO water sampler collects wastewater for COVID-19 analysis. In this video, samples are gathered from their University Village and sewers draining from UC Berkeley's undergraduate dormitories and surrounding neighborhoods.

The full video link is here.

The full article outlining UC Berkeley's initiative is here.

For more information about Teledyne ISCO samplers used for Covid detection in Florida, contact Instrument Specialties, Inc. Call 407-324-7800 or visit

The Eye-Hye SmartLevel Boiler Indication System from Clark Reliance

Eye-Hye SmartLevel

The Eye-Hye® SmartLevel Boiler Indication System from Clark Reliance incorporates proprietary technology to automatically monitor the status of its probes, which detect the level of water in the boiler's steam drum. When the probes require cleaning to eliminate residue and mineral build-up to maintain accuracy, the system's innovative technology tells the control room or other remote locations without ambiguity that a probe column blowdown (cleaning) is required. A blowdown is needed if the blue light on the indicator illuminates.

All New SC Series Control Unit

  • Status Indicator for Each Level Sensing Module
    • Operator can quickly be alerted to loss of power, processor interruption, water indication and blowdown mode.
  • Lamp Test Feature
    • Comes standard without cost of additional circuits or field wiring.
  • Voting Logic Circuitry
    • System is field-selectableto set the level of alarm or trip output. Standard feature.
  • System Fault or Blowdown Indication of External Switch
  • Can direct alerts to any external system or device, not just control room indicator.
  • Accepts up to two Separate Power Sources from Separate Breakers
    • Assures continuous system operation.
  • System Operates on 85 to 264 VAC 50/60 Hz
    • One model for worldwide use. Simplifies specification requirements for EPCs, OEMs and contractors.
  • Multiple Remote Indicators Can be Installed up to 1 Mile (1.61 Kilometers) Away
    • You can have duplicate indicators wherever you choose for operator convenience.
  • Level Detection Sensitivity
    • Field selectable:
      • Sensitivity for extreme water conditions
      • Time delay on actuation and release 

For more information, contact Instrumentation Sales, Inc. Call them at 407-324-7800 or visit their website at

AUMA Electric Actuators for the Water Industry

Clean water is the basis of all life. Potable water production and distribution, sewage treatment, and disposal are core tasks of modern water management.

AUMA electric actuators ensure dependable valve automation in these areas of water, wastewater treatment, and municipal water facilities:

  • Sewage Treatment Plants
  • Water Treatment Plants
  • Drinking Water Distribution
  • Sewage Disposal
  • Sea Water Desalination
  • Irrigation Systems
  • Civil Engineering Constructions for Water Applications (Sluice Gates, Weirs, Dams)

AUMA actuators earned an excellent reputation by meeting the particular challenges and finding the perfect solutions in the water industry. Today, the AUMA brand is a synonym for long service life and ruggedness. For several decades, AUMA actuators have provided reliable and efficient service worldwide while requiring very minimal maintenance.

From individual actuators for municipal sewage treatment plants to major projects combining several hundreds of units, from the small butterfly valves, to ball valves, to weirs several meters high, AUMA solutions meet all customer demands.

AUMA modular products are easy to retrofit in an existing installation when upgrading with modern actuation and control technology.

Whether integration in established PLC control concepts or the latest Fieldbus technology, AUMA actuators guarantee adaptability into any control system design.

For more information about AUMA electric actuators for the water industry in Florida, contact Instrument Specialties. Call them at (407) 324-7800 or visit their website at

Teledyne ISCO Water & Wastewater Webinar Library

Teledyne ISCO Water & Wastewater Webinars

Teledyne ISCO's Water & Wastewater Webinar Library provides a wealth of information for water and water treatment professionals and are a great way to learn about water sampling technology and flow management. Teledyne ISCO webinars offer timely information from experts and provide the flexibility to view at your convenience without the travel expense. 

Explore their recurring and on-demand webinars on various product implementation strategies and recommended practices for water sample analysis and data collection. Teledyne ISCO regularly adds new content, so check back frequently for new webinars.



  • PFAS Sampling Strategies 
  • What to Consider When Collecting Water Samples 
  • Cipher: Data Collection Anywhere, Anytime on Any Device
  • Ask ISCO: All About Portable Sampling
  • Fundamentals of Open Channel Flow Rate Measurement
  • Tips and Tricks for Winter Sampling Webinar
  • Measuring Flow Rates in Large Channels and Rivers
  • Measuring Flow in Difficult Conditions
  • Confirming the Accuracy of Open Channel Flow Data
  • Advanced Technologies for Monitoring COVID-19 in Wastewater
  • Confirming the Accuracy of Open Channel Flow Data
  • Laser & Radar Sensors for Open Channel Measurement Applications
  • Tracking COVID-19 in Wastewater
  • Open Channel Sensor Diagnostics
  • Increasing Safety & Minimizing Exposure with Collection System Flow Measurement
  • Firmware Updates to Improve Your Performance
  • Preparing for the Wet Weather Monitoring Season
  • Troubleshooting and Optimizing ISCO Communication Devices
  • Open-Channel Flow Measurement 101
  • Collecting Samples: Placement, Setup, and Programming
  • Measuring Flow in Hazardous Applications
  • Ask ISCO: Measuring Open Channel Flows
  • Ask ISCO: About Vacuum Sampler
  • Hazardous Areas and the LaserFlow Ex
  • Measuring Flow in Difficult Conditions
  • Ask ISCO: Collection System Flow Monitoring
  • Vacuum vs. Peristaltic Pump Samplers: Which is Right for You?
  • Efficient Ways to Do Stormwater Sampling
  • Things to Consider When Using Collection System Flow Meters
  • ASK ISCO: Portable Sampling
Instrument Specialties, Inc.
+1 407-324-7800

Control Valve Cavitation Solutions

Cavitation is the formation of vapor spaces (bubbles) in the control valve cavity resulting from a rapid change in pressure. When the bubbles move downstream and are exposed to a larger cross-sectional area, velocity decreases and pressure increases, the surrounding higher pressure causes the lower pressure bubble to implode, which causes shockwaves. These shockwaves can cause metal fatigue and cause excessive wear on the internals of the valve. As the bubbles collapse, they make a discernible sound with accompanying vibration, and the damage to a valve can happen quickly (weeks or months).

Cavitation is very destructive and may wear out the trim and body parts of the valve in a short time. Using hard internal materials provides a slight improvement but costs more.

Flowserve Valtek Cavitation Solution Control Valves prevent cavitation damage and minimize hydrodynamic noise even under the most severe liquid applications. Their unique, patented designs eliminate cavitation damage and provide straightforward maintenance and a long life even with demanding applications. 

For more information about Flowserve Valtek Control Valves in Florida, contact Instrument Specialties by calling +1 407.324.7800  or visiting