We provide Innovative Solutions for ONLINE WATER QUALITY MONITORING working with World’s Innovative technology Partners like Multisensor Systems Ltd UK & Process Instruments Ltd UK.
We provide Multisensor Electronic Nose patented technology non-contact measurement systems for online VOC river water pollution monitor, Online THM monitors for Drinking water safety and Online Ammonia monitor for raw sewages water. Other parameters such as pH, TDS, Turbidity, DO, Streaming current, free chlorine Analyzers from Pi UK. Solutions are broadly used in Water boards, Municipal Corporations, Large Industrial plants and government agencies.
MTS Offers Multisensor, UK make Oil In Water Monitoring system for water treatment, Land Remediation, Ground water, Protection of Surface water Intakes, Oil and Fuel leak detection.
The MS1200 is an on-line Oil in Water monitoring system which provides low level measurements of Hydrocarbon, Oil and VOCs concentrations in water.
Applications include:
- Monitor water abstraction points such as raw river water, boreholes and reservoir water
- Monitoring for oil in water contamination
- Detect VOC contamination in wastewater
- Monitor drain and stormwater systems for flammable liquids
- Surface water systems for fuel pollution
- Offer a monitoring solution for air, land remediation and industrial applications
- Detect VOC breakthrough in carbon beds
- RO membrane protection
- Measurement of VOCs in process water
MTS Offers Multisensor Systems UK make Online THM (Tri-Halomethane ) Monitor which provides measurements of THMs at low concentrations in Drinking water.
Regulations limiting the levels of Disinfection By-Products (DBPs) such as Trihalomenthanes (THMs) in drinking water have made the ability to measure DBP levels throughout the distribution network essential. Multisensor’s MS 2000 THM analyzer provides that facility, efficiently and accurately.
Measuring Total THMs with an accuracy of +/-10 ppb, the MS2000-SYS provides the confidence that is needed in a process control instrument which is vital in meeting regulatory and legal requirements.
It is designed to:
- Analyze THMs post treatment
- Monitor THMs in the distribution network
- Monitor THMs post-chlorination for enhanced process control
- Calculate THM Formation Potential (Optional)
MTS Offers Multisensor, UK make VOC in Gas Analyzer & Industrial Effluent Discharge Analyzer to monitor the industrial effluent from industrial facilities and business premises to ensure that they are complying with environmental regulations.
Discharge of VOCs into wastewater is an endemic problem in engineering, chemical processing, food and beverage production and other industrial processes.
By installing the On-line monitoring of VOCs at trade and industrial effluents, you can be notified as soon as the values start to increase and take appropriate actions, avoiding all the problems associated with unexpected pollution events.
The MS 1800 VOC in Gas Analyzer & Industrial Effluent Discharge Analyzer is designed to provide continuous measurement of VOCs in industrial and trade effluent discharge points. Regulations on the quality of effluents from trade premises and factories are getting stricter and stricter and VOCs are now in the spotlight.
Thanks to this analyzer you can monitor your effluent discharge and make sure that you detect promptly any problem, avoiding expensive fines and PR disasters. The system comprises the analyzer and the sampling system. As the water goes through the sampling tank, VOCs dissolved in the water move into the gas phase.
MTS Offers Multisensor, UK make Drain and Effluent Analyzer that is designed to provide continuous measurement of VOCs in industrial and trade effluent discharge points. Regulations on the quality of effluents from trade premises and factories are getting stricter and stricter and VOCs are now in the spotlight.
Thanks to MS1900 analyzer you can monitor your effluent discharge and make sure that you detect promptly any problem, avoiding expensive fines and PR disasters. The system comprises the analyzer and the sampling system. As the water goes through the sampling tank, VOCs dissolved in the water move into the gas phase.
Multisensor’s sampling system helps the VOCs to get in the gas phase. This gas is then continuously analyzed and the VOCs concentration in the water is determined.
Our sampling system helps the VOCs to get in the gas phase. This gas is then continuously analyzed and the VOCs concentration in the water is determined.
For applications where drains are being monitored the MS1900 can be used to directly sample gases on the drain. This provides a lower cost solution but reduces absolute accuracy.
MTS offers Process Instruments make CoagSense coagulation controller is an integrated controller that accepts multiple inputs from appropriate parameters including pH, flow, temperature, UV254, turbidity and streaming current. From these measured parameters, the CoagSense outputs a flow proportional coagulation control signal that can go to a site SCADA or direct to control a coagulant dosing pump.
Coagulation is affected by multiple variables associated with and individual to any one water treatment site. These include but are not limited to:
- Raw water pH, alkalinity, turbidity, organic loading, temperature
- Coagulant used
- Post coagulant pH, temperature
- Physical aspects including dosing point, mixing etc.
These variables are typically different from site to site, water source to water source, and even day to day.
Pi believes that one size does not fit all. One method of coagulation control cannot be trialled at one site and rolled out across many. Each system needs to be designed and specified for each water treatment plant and that is a service offered by Pi.
Prior to changing existing controls, it may be beneficial to install and monitor how well an existing coagulation controller is doing by installing a coagulation analyser.
Multi-sensor, multi-channel, multi-parameter analysers can greatly reduce the cost per point of any measurand including pH, residual chlorine, ORP, ozone, chlorine dioxide, dissolved oxygen and turbidity measurements without sacrificing the quality of those measurements.
The CRONOS® and CRIUS® controllers both allow the connection of multiple sensors. For example, a CRIUS® may be made up of multi-sensors of the same variety such as up to four chlorine sensors, or could be made up of a mix (multi-channel analyser), such as a pH sensor, a chlorine sensor, and a turbidity sensor. Whatever your requirement for a multi-channel analyser, the CRONOS® and CRIUS® ranges will provide what you need.
