The document discusses instrumentation solutions for water and wastewater applications, including typical measurements in areas such as level, flow, analysis, and pressure. It provides examples of Endress+Hauser equipment for applications like ground water level measurement using the Waterpilot FMX21, wastewater level measurement using the Levelflex FMP54, and flow measurement using the Promag W/L 400 magnetic flowmeter. The presentation aims to demonstrate how Endress+Hauser adapts its measurement technology to the unique requirements of water and wastewater processes.

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Products Solutions Services
Overview & Innovation in
Water/Wastewater Instrumentation
Recent developments in measuring technology and apparatus
for application in Drinking & Process Water and in Wastewater
Slide 1 / 18 J. Desconclois/Y. Lafforgue

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Overview Process Instrumentation for Water & Wastewater Applications
Introduction
• As dessert, a little appetizer to begin this seminar
• How is measurement equipment adapted to requirements of
Water & WasteWater applications ?
 Physical and analytical parameters
 Different gas & liquid process
 Instruments, sensors, and systems as solution
• E+H MOTO : “The right instrument for the right application”
Slide 2 / 18 J. Desconclois/Y. Lafforgue

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Overview Process Instrumentation for Water & Wastewater Applications
Process Overview in WasteWater (WW)
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Overview Process Instrumentation for Water & Wastewater Applications
Typical Level Measurements (continuous) in WW
Levelflex
FMP54
Slide 4 / 18 J. Desconclois/Y. Lafforgue
Ground Well Water Level
with Waterpilot FMX21
• Flexible scaling of 4 to 20mA with superimposed HART 6.0
output
• Highest level accuracy using temperature compensated
density correction
• Climate proofed sensor thanks to completely potted
electronics and 2-filter pressure compensation system
Waterpilot
FMX21
Waterpilot
FMX21
Waterpilot
FMX21

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Overview Process Instrumentation for Water & Wastewater Applications
Typical Level Measurements (continuous) in WW
Levelflex
FMP54
Pump Station Water Level with
Free Radar Micropilot
• Time-of-Flight microwave technology for
continuous, non-contact level measurement of
liquids, pastes and slurries in simple reservoir and
storage applications
• HistoROM data management concept for fast and
easy commissioning, maintenance and diagnostics
• Highest reliability even in the presence of
obstructions due to new Multi-Echo Tracking
evaluation
• Intuitive, menu-guided operation concept
• Easy proof test for SIL & WHG saves time and cost
Why radar technology for level
measurement ?
• Reliable & accurate
• Not affected by changing media, temperature
changes, gas blankets, vapors or foam.
MicropilotMicropilotMicropilot
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Overview Process Instrumentation for Water & Wastewater Applications
Typical Level Measurement & Control in WW
Slide 6 / 18 J. Desconclois/Y. Lafforgue
Simple level and flow measurement with
FMU90 & FDU90
• Connection of two sensors on one transmitter
• Possibilities to have three switches
• Automatical temperature compensation
• In case of exposition to cold weather: possibility to
have a heating system
• Measurement of flow in open channels
FMU90 transmitter
FDU90 ultrasonic sensors

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Overview Process Instrumentation for Water & Wastewater Applications
Typical Analysis Measurements in WW
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Cleanfit
CPA871
Liquiline CM44x
Analytical measurements with digital
communication Ð Memosens open
patent
• Plug & play thanks to Memosens protocole
• 1 Liquiline transmitter for all parameters and up to 8
Memosens sensors
• Pannel, field and DIN rail mounting
• pH ,redox, O2, turbidity, ammonium/nitrate,
conductivity, and sludge level measurements
• Open communication with the network (HART,
Ethernet IP, Modbus, Profibus…)

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Overview Process Instrumentation for Water & Wastewater Applications
Typical Analysis Measurements in WW
Cleanfit
CPA871
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Fully Automatic Sampling with
Liquiport CSF33 or Liquistation CSF48
• Mobile or stationary sampler for safe & easy sampling
• Using Memosens sensors & Liquiline controller as
components
• Samples conditionned at 4° C according to regulation
• Possibility to program the sampling in function of the
time, the flow or to a determined event
• Easy, menu-guided sample programming and tool-
free maintenance save you time
Liquistation CSF48Liquistation CSF48Liquistation CSF48

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Overview Process Instrumentation for Water & Wastewater Applications
Typical Analysis Measurements in WW
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Analyzer System Liquiline CA80PH
• Online, orthophosphate analyser, using colorimetric
measuring principle
• For precise dosing of precipitants in wastewater
treatment
• Plug & play of up to 4 Memosens sensors - minimizing
the installation effort
• Automatic calibration and cleaning
Liquiline System
CA80PH
Liquiline System
CA80PH
Liquiline System
CA80PH

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Overview Process Instrumentation for Water & Wastewater Applications
Typical Analysis Measurements
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Turbidity measurement
• 2 different versions : for potable or waste water
• Bassin, Inline and pannel installation
• Low maintenance
CUS52D CUS51D

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Overview Process Instrumentation for Water & Wastewater Applications
Typical Analysis Measurements System
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Chlorine measurement (Solution)
• 2 memosens sensors : 1 x pH/T° + 1 x Chlrorine
• Integration with a PVC flow assembly
• Hight sensitivity, good stability
• Low maintenance cost
• By-pass or pannel mounting
• E-plan drawings & complete documentation

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Overview Process Instrumentation for Water & Wastewater Applications
J. Desconclois/Y. LafforgueSlide 12 / 18
Typical Analysis Hands-on Measurements
Handheld Liquiline-To-Go CYM290
• Memosens ready = Plug & Play
• Multiparameter s : pH/ORP, conductivity, oxygen & temperature
• Robust, shock-proof housing with ingress protection to IP66/67
Promag W/L 400

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Overview Process Instrumentation for Water & Wastewater Applications
Typical Flow Measurements in WW
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Promag W/L 400
• Integrated Web server
• Permanent autodiagnostic through Heartbeat
Technology™
• Easy programmation
• Open communication in your network (Ethernet IP,
Modbus, Profibus)
• ACS/KTW material certificates
• IP68 Burriable and submersible sensor
Promag W/L 400

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Overview Process Instrumentation for Water & Wastewater Applications
Typical Flow Measurements in WW
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Tmass Ð A or B 150
• Mass flow measurement (Nm³/h)
• Low maintenance cost
• Flanged or insertion mounting
A 150

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Overview Process Instrumentation for Water & Wastewater Applications
Typical Pressure Measurements for gas & liquid
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PMC51 or PMC131 Pressure measurement
• Digital transmitter with oil-free ceramic sensor
• Quick Setup with adjustable range allows simple commissioning
PTC31 Pressure detection
• Cost-effective pressure switch with oil-free ceramic sensor
FMD71 Differential Pressure system
• Used to measure the pressure or level, volume or mass of liquids
in pressurized tanks or distillation columns/evaporators
• Eliminates traditional mechanical issues
• Greater process availability and reliability
PMC51
FMD71
PTC31

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Overview Process Instrumentation for Water & Wastewater Applications
Typical Flow & Methane Concentration Measurements
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B200 Flowmeter for Biogaz
• Ultrasonic Technology Ð no moveable parts
• Volumetric flow mesurement : 2% accuracy
• CH4 Methane calculation : 4% accuracy
• No corrosion, no pressure loss, unique on the MARKET
• Low maintenance cost
• Landfill waste, or methanation digestor
Prosonic B200

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Overview Process Instrumentation for Water & Wastewater Applications
Typical discharge monitoring in the field
J. Desconclois/Y. LafforgueSlide 17 / 18
Water Discharge Monitoring system + wireless
connectivity
• Standard Solution developed for discharge monitoring
• Universal Analog or digital imput : pH+Temp+flow
• Data Manager Ecograph T : 4 /8/12 channels
• WIFI or GPRS communication
• Comply with Environmental norms
Echograph RSG35

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Overview Process Instrumentation for Water & Wastewater Applications
Thank you for your attention... Any Questions ?
Slide 18 / 18 J. Desconclois/Y. Lafforgue