WASTEWATER & EFFLUENT MONITORING
Advanced automated monitoring solutions for continuous control of wastewater quality, industrial effluent, and discharges into receiving waters.
The system continuously monitors pollutant concentrations and key water-quality parameters, providing real-time data, historical records, and automatic alerts when specified limits are exceeded.
Designed for industrial facilities, wastewater treatment plants, municipal networks and environmental monitoring applications.
The system continuously monitors pollutant concentrations and key water-quality parameters, providing real-time data, historical records, and automatic alerts when specified limits are exceeded.
Designed for industrial facilities, wastewater treatment plants, municipal networks and environmental monitoring applications.
FROM SOURCE TO DISCHARGE
Continuous monitoring can be implemented throughout the wastewater system — from individual production units and internal drainage networks to treatment facilities and final discharge points.
Monitoring at multiple stages helps identify pollution sources, assess treatment performance and detect abnormal changes before contaminated wastewater reaches the receiving environment.
Data from distributed monitoring points can be transmitted to a centralized supervisory system for continuous analysis, visualization and alarm management.
Monitoring at multiple stages helps identify pollution sources, assess treatment performance and detect abnormal changes before contaminated wastewater reaches the receiving environment.
Data from distributed monitoring points can be transmitted to a centralized supervisory system for continuous analysis, visualization and alarm management.
KEY APPLICATIONS
The monitoring system can be configured for different stages of wastewater collection, treatment and discharge.
INDUSTRIAL EFFLUENT COMPLIANCE
Continuous monitoring of wastewater discharged from industrial facilities.
Online measurement helps detect changes in wastewater composition, identify exceedances of specified limits and provide operators with timely information for corrective action.
Suitable for petrochemical, chemical, oil & gas, mining, manufacturing, food processing and other industrial facilities.
Online measurement helps detect changes in wastewater composition, identify exceedances of specified limits and provide operators with timely information for corrective action.
Suitable for petrochemical, chemical, oil & gas, mining, manufacturing, food processing and other industrial facilities.
TREATMENT PLANT PROTECTION
Monitoring at wastewater treatment plant inlets and outlets provides continuous information about incoming pollutant loads and treatment performance.
Early detection of abnormal wastewater composition helps protect biological and technological treatment processes from potentially harmful discharges.
Early detection of abnormal wastewater composition helps protect biological and technological treatment processes from potentially harmful discharges.
SOURCE IDENTIFICATION
Multiple monitoring points can be installed across individual production areas, workshops, drainage branches or industrial zones.
This distributed approach helps identify the origin of abnormal discharges and determine which process or facility is responsible for changes in wastewater composition.
This distributed approach helps identify the origin of abnormal discharges and determine which process or facility is responsible for changes in wastewater composition.
ENVIRONMENTAL MONITORING
Continuous monitoring of wastewater discharge into rivers, reservoirs, coastal waters and other receiving environments.
Autonomous monitoring stations can combine water-quality measurements with meteorological and hydrological data to help assess pollutant transport and dispersion.
Autonomous monitoring stations can combine water-quality measurements with meteorological and hydrological data to help assess pollutant transport and dispersion.
SYSTEM CONFIGURATION
Every monitoring system is engineered according to the application, required parameters, installation conditions and available infrastructure.
CONTAINERISED MONITORING STATION
Designed for comprehensive monitoring at wastewater treatment facilities, major industrial discharge points and other locations requiring a wide range of analytical equipment.
Containerised stations can incorporate sensors, reagent analysers, automatic samplers, sample preparation systems, climate control, backup power and communication equipment.
The configuration places virtually no practical restriction on the number or type of parameters that can be monitored.
Containerised stations can incorporate sensors, reagent analysers, automatic samplers, sample preparation systems, climate control, backup power and communication equipment.
The configuration places virtually no practical restriction on the number or type of parameters that can be monitored.
PROTECTED TELEMETRY CABINET
Compact IP68 systems are designed for installation directly inside manholes, chambers, collectors and drainage networks where installation space is limited.
The telemetry cabinet can integrate communication equipment, control electronics and connections to submerged optical and electrochemical sensors.
Optional access, flooding and equipment-status sensors provide additional monitoring of the installation itself.
The telemetry cabinet can integrate communication equipment, control electronics and connections to submerged optical and electrochemical sensors.
Optional access, flooding and equipment-status sensors provide additional monitoring of the installation itself.
AUTONOMOUS MONITORING BUOY
Designed for continuous monitoring in rivers, reservoirs, coastal waters and marine discharge areas.
The buoy can incorporate an IP68 telemetry cabinet, solar power, GSM/GPS communications, water-quality sensors, meteorological instruments and sensors for current speed and direction.
Autonomous operation enables monitoring in locations where permanent infrastructure or grid power is unavailable.
The buoy can incorporate an IP68 telemetry cabinet, solar power, GSM/GPS communications, water-quality sensors, meteorological instruments and sensors for current speed and direction.
Autonomous operation enables monitoring in locations where permanent infrastructure or grid power is unavailable.
MEASUREMENT & ANALYSIS
A monitoring system can combine different measurement technologies depending on the required parameters, measurement ranges and operating conditions.
Sensors and analysers are selected individually according to the required measurement method, range, accuracy and certification requirements.
Sensors and analysers are selected individually according to the required measurement method, range, accuracy and certification requirements.
ELECTROCHEMICAL SENSORS
Electrochemical sensors can provide continuous measurement of parameters including:
- pH
- Oxidation-Reduction Potential (ORP)
- Dissolved Oxygen
- Conductivity / Total Dissolved Solids
- Chlorine
OPTICAL SENSORS
Optical measurement technologies can be used for continuous monitoring of parameters including:
- Petroleum products
- Turbidity
- Suspended solids
- Color
- Dissolved oxygen
- Nitrate (NO₃)
- Nitrite (NO₂)
- Selected ions and contaminants
ROTOR / STATOR GEOMETRIES
REAGENT ANALYSERS
Where more complex chemical analysis is required, automated reagent analysers can be integrated into the monitoring station.
Depending on the application, measurements may include:
Nitrate (NO₃)
Nitrite (NO₂)
Ammonium (NH₄)
Phosphate (PO₄)
Total Phosphorus
Chemical Oxygen Demand (COD)
Total Organic Carbon (TOC)
Phenols
Sulphates
Heavy metals
Other project-specific parameters
Where more complex chemical analysis is required, automated reagent analysers can be integrated into the monitoring station.
Depending on the application, measurements may include:
Nitrate (NO₃)
Nitrite (NO₂)
Ammonium (NH₄)
Phosphate (PO₄)
Total Phosphorus
Chemical Oxygen Demand (COD)
Total Organic Carbon (TOC)
Phenols
Sulphates
Heavy metals
Other project-specific parameters
ENGINEERED AROUND YOUR OPERATING CONDITIONS
Every pumping application is different. Equipment selection and configuration are based on the actual characteristics of the process and pumped medium. This lets you configure the pumping system around the application rather than forcing the process around a standard pump.
- FLUID PROPERTIES
- Fluid composition and viscosity
- Gas content
- Solids concentration and particle size
- OPERATING CONDITIONS
- Required flow rate and differential pressure
- Operating temperature
- Abrasiveness
- MATERIAL COMPATIBILITY
- Chemical composition and corrosiveness
- Materials and elastomer compatibility
- Maintenance requirements
- SYSTEM CONFIGURATION
- Installation geometry and available space
- Drive configuration
- Existing equipment and connection dimensions
APPLICATIONS
Progressive cavity pumps are used across industries where conventional pumping technologies face limitations due to viscosity, solids content, abrasiveness, multiphase flow or demanding operating conditions.
OIL & GAS
Pumping of crude oil, heavy oil, produced fluids and multiphase mixtures across production, gathering, transfer and processing applications.
Progressive cavity technology is particularly suitable for high-viscosity fluids and operating conditions involving gas, solids and variable fluid properties.
Progressive cavity technology is particularly suitable for high-viscosity fluids and operating conditions involving gas, solids and variable fluid properties.
MINING
Handling of slurries, abrasive media, tailings and mineral suspensions where controlled flow and resistance to solids and wear are required.
CHEMICAL & PETROCHEMICAL
Transfer and dosing of viscous, chemically aggressive and process-sensitive fluids with stable, controlled flow.
Materials and elastomers can be selected according to chemical compatibility and operating conditions.
Materials and elastomers can be selected according to chemical compatibility and operating conditions.
WATER & WASTEWATER
Pumping of sludge, wastewater, treatment chemicals and solids-containing media across municipal and industrial water-treatment processes.
CONSTRUCTION MATERIALS
Handling of cement additives, gypsum, coatings, compounds and other viscous or solids-containing materials used in industrial production.
FOOD & PROCESS INDUSTRIES
Low-shear transfer of viscous and process-sensitive products where stable flow and controlled handling are required.
SPARE PARTS & LIFECYCLE SUPPORT
Our supply scope includes complete pumping units as well as wear parts and replacement components required throughout the equipment lifecycle.
- PUMPING & SEALING COMPONENTS
- Rotors
- Stators
- Mechanical seals
- Rings and gaskets
- WEAR & CONNECTION COMPONENTS
- Pins and sleeves
- Guide bushings
- Joint repair components
- Other pump-specific spare parts
- DRIVE & TRANSMISSION
- Drive shafts
- Connecting rods
- Articulated couplings
- TECHNICAL SUPPORT
- Pump selection and sizing
- Materials recommendations
- Replacement selection
- Installation guidance
- Ongoing spare-parts supply
REPLACEMENT & ALTERNATIVE SOLUTIONS
Existing pumping installations do not always require replacement with equipment from the original manufacturer.
We can evaluate the existing pump, operating conditions and process requirements and provide a technically compatible alternative — including complete pumping units, replacement components and wear parts.
- 1. EXISTING EQUIPMENT REVIEWReview of the installed pump, operating parameters, pumped medium, dimensions and connection requirements.
- 2. TECHNICAL MATCHINGSelection of a suitable pump configuration to meet the required flow, differential pressure, fluid characteristics and operating conditions.
- 3. MATERIALS & COMPONENTSSelection of rotor and stator materials, elastomers, seals and other components according to the application and pumped medium.
- 4. DROP-IN & ADAPTED SOLUTIONSWhere technically feasible, equipment can be configured around existing installation dimensions and connections, reducing the need for extensive system modifications.
- 5. LIFECYCLE SUPPORTOngoing supply of wear parts and replacement components, with technical support throughout the equipment lifecycle.
- AS A RESULT: A PROVEN, PRACTICAL ALTERNATIVE TO HIGH-COST OEM SOLUTIONS
PROVEN IN REAL-WORLD OPERATION
Our pumping solutions and components are used in demanding industrial applications where equipment reliability, maintainability and operating cost are critical.
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20+ YEARS OF EXPERIENCE
Application and engineering experience with progressive cavity pumping technologies. -
100+ PUMPS IN OPERATION
Installed pumping equipment operating across multiple applications and operating environments. -
50+ INSTALLATIONS
Pumping solutions supplied for industrial and oil & gas applications. -
REPLACEMENT EXPERIENCE
Pumps and components supplied as technically and commercially efficient alternatives to higher-cost established solutions.
DISCUSS YOUR PUMPING REQUIREMENTS
Looking for a pumping solution for viscous, abrasive, multiphase or solids-containing fluids?
We can review your operating requirements and help select a suitable equipment configuration for your application.
We can review your operating requirements and help select a suitable equipment configuration for your application.
- 1. DUTY REQUIREMENTS
- Required flow rate
- Required differential pressure
- Operating temperature
- 2. PUMPED MEDIUM
- Fluid composition and viscosity
- Solids content and particle size
- Gas content
- 3. INSTALLATION & EXISTING EQUIPMENT
- Installation conditions and available space
- Connection requirements
- Existing pump model and specifications, if applicable
- SEND US YOUR APPLICATION DATASend us your application and operating data at info@bontiss.com.
Unit 2904-05, 29/F, Universal Trade Center, No.3 Arbuthnot Road, Central, Hong Kong
Company Registration No.: 78298786
Email: info@bontiss.com
© 2026 BONTISS LIMITED. All rights reserved.
Company Registration No.: 78298786
Email: info@bontiss.com
© 2026 BONTISS LIMITED. All rights reserved.