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Tel: 01773 717318 e-mail: toc@pollution-ppm.co.uk |
© 2004 Pollution & Process Monitoring |
Additional Information
Our company specialises in the manufacture of instrumentation providing ammoniacal-nitrogen measurement. The parameter is a good indicator of water quality and the presence of untreated sewage. The measurement may also be referred to as ammonium or ammonia however our analysers can be configured to report ammoniacal-nitrogen measurement or the nitrogen component present within the sample. The instrument is compact and simple to operate. The user may configure the Proam analysers using the integrated keypad for either continuous or semi-continuous measurement. The reported ammoniacal-nitrogen measurement is locally displayed and output to telemetry allowing process control and data trending. Engineers and scientist may then simply view this information to appraise site performance and allowing subsequent process optimisation. The Proam instrument may also be configured for other parameters allowing a commonality of approach for a wide range of analytical measurements. The Proam analyser may be installed within an existing building or analyser kiosk required to provide frost protection. Our company can also engineer small enclosures complete with lighting and plumbing to allow a fully fabricated solution to be delivered to site minimising installation time and associated costs.
Chemical Oxygen Demand is often abbreviated to COD. This is an important parameter used to monitor industrial discharges to demonstrate compliance to imposed consents. Whilst COD may be performed on a discrete sample, the ability to monitor effluent discharge on a continuous basis has many advantages. Firstly the continuous data trend may indicate specific events or times during the day when the process becomes non-compliant. Additionally, continuous monitoring is much more representative than spot sampling allowing scientists and engineers to identify product loss or processes requiring particular investigation. The discrete COD measurement typically takes around 30 minutes to perform which limits it’s usefulness as a control parameter. There are many industrial processes that primarily discharge organic compounds that contribute to the Chemical Oxygen Demand of a sample. Our company manufactures TOC analysers which can continuously analyse the sample for Total Organic Carbon which can then be used to indicate the Chemical Oxygen Demand of the sample. Our company specialises in the manufacture of instrumentation providing TOC measurement. The Protoc analyser measures continuous allowing for events to be reported in real time as they occur with a response time of less than five minutes. The user may configure the Protoc analyser using the integrated keypad for either continuous or semi-continuous measurement. The reported TOC measurement is locally displayed and output to telemetry allowing process control and data trending. Engineers and scientist may then simply view this information to appraise site performance and allowing subsequent process optimisation. The analyser should be installed within an existing building or analyser kiosk required to provide frost protection. Our company can also engineer small enclosures complete with lighting and plumbing to allow a fully fabricated solution to be delivered to site minimising installation time and associated costs.
Our company Pollution and Process Monitoring Ltd is also referred to as PPM. We are located in Sevenoaks in the SE of England however we also have a service office centrally located close to Nottingham. PPM has supplied through out Industry and also the Water Sector. PPM was found in 1990 and since then has built a strong reputation for providing cost effective and reliable monitoring solutions. We manufacturer a range of instrumentation suitable for water and waste water quality measurement. We have also forged strong relationships with a number of other instrument manufacturers providing cutting edge technology for water and waste water quality measurement. The ability to integrate this water measurement technology and engineer bespoke systems has established our company as one of the leading UK instrument suppliers.
The measurement of Total Organic Carbon is an important parameter used to indicate water quality. Our TOC analyzer which we manufacture can be used to measure water or waste-water and configured for either continuous or semi-continuous measurement. Continuous measurement has the advantage of allowing engineers and scientist to appraise historical or real time data allowing simple process optimisation. The TOC analyzer measures continuously allowing for events to be reported in real time as they occur with a response time of less than five minutes. The reported TOC measurement is locally displayed and output to telemetry allowing process control and data trending. We have manufactured the Protoc range of instruments since 1990 and we have built up a strong reputation in the UK and overseas for the providing cost effective instrumentation. The TOC analyzer should be installed within an existing building or analyser kiosk required to provide frost protection. Our company can also engineer small enclosures complete with lighting and plumbing to allow a fully fabricated solution to be delivered to site minimising installation time and associated costs.
Our company specialises in the manufacture of an ammonia monitor suitable for continuously measuring effluent discharge. The parameter is a good indicator of water quality and the presence of untreated sewage. The measurement may also be referred to as ammonium or ammoniacal-nitrogen and our analyser allows the user to appropriately select. The instrument is compact and simple to operate. The user may configure the ammonia monitor using the integrated keypad for either continuous or semi-continuous measurement. The reported measurement is locally displayed and output to telemetry allowing process control and data trending. Engineers and scientist may then simply view this information to appraise site performance and allowing subsequent process optimisation. The Proam ammonia monitor may also be configured for other parameters allowing a commonality of approach for a wide range of analytical measurements. The Proam analyser may be installed within an existing building or analyser kiosk required to provide frost protection. Our company can also engineer small enclosures complete with lighting and plumbing to allow a fully fabricated solution to be delivered to site minimising installation time and associated costs.
Oil is a major contaminant and a small quantity may have a very serious effect especially within aquatic systems. The detection of oil at trace level concentrations for many industries is a priority but the instrumentation can be expensive and unreliable. Even a small quantity can form a large surface film which is highly visible. PPM is able to supply an oil monitor that uses a non-contact detection methodology that is capable of detecting floating films below visible traces. The oil monitor is positioned above a point of discharge, or within the drainage system continuously measuring surface reflectance which increases with the presence of oil. The increased reflectance can be detected and an alarm triggered to identify the presence of floating oil. The oil monitor may also be posited above water intakes to prevent the ingress of oil into filter beds which may affect drinking water quality. Since the technology is non-contact and reagentless, the monitoring technique offers a reliable detection methodology and has also low running cots.
Turbidity is an important parameter used to indicate physical water quality. A turbidity monitor can be used to provide continuous measurement of water quality outputting information to telemetry so scientists and engineers can access data trends to determine operational performance. The turbidity monitor can be supplied with either white light or infrared light sources depending upon the application. Various designs are available to cover drinking water applications measuring filtered water and conversely waste streams containing significant particulate. For convenience a probe design may also allow direct measurement within tanks and within pipes. Alternatively for drinking water applications, a flow cell design is often adopted as the preferred style of measurement. PPM is able to offer both style of turbidity monitor with the ability to display information locally and output data continuously to telemetry.
mcerts
The environment agency has introduced a piece of legislation to evaluate the performance of instrumentation used to monitor discharges from industry to ensure that the data generated by these devices is reliable. The MCERTS certification allows the end user to select instruments that have been evaluated in a laboratory to determine key performance criteria and also in the field to demonstrate the suitability for the intended application. The MCERTS approval is only then granted following a company audit to evaluate the robustness of the manufacturing processes to ensure that the instrumentation is manufactured to a reproducible standard. PPM has been awarded the MCERTS approval for the Protoc 300 TOC analyser which is extensively installed through out industry to continuously monitor effluent discharge.
The measurement of Total Organic Carbon is an important parameter used to indicate water quality. Our Protoc instrument can be used to measure Total Organic Carbon in water or waste-water and configured for either continuous or semi-continuous measurement. Continuous measurement has the advantage of allowing engineers and scientist to appraise historical or real time data. Events may therefore be tracked in real time allowing proactive management and process optimisation. The Protoc analyser measures continuously allowing for events to be reported in real time as they occur with a response time of less than five minutes. The reported Total Organic Carbon measurement is locally displayed and output to telemetry allowing for real time control. We have manufactured the Protoc range of instruments since 1990 and we have built up a strong reputation in the UK and overseas for the providing cost effective instrumentation. The TOC analyzer should be installed within an existing building or analyser kiosk required to provide frost protection. Our company can also engineer small enclosures complete with lighting and plumbing to allow a fully fabricated solution to be delivered to site minimising installation time and associated costs.
PPM specialises in the manufacture and supply of instrumentation suitable for water quality monitoring. Pollutants may take various forms and as a consequence, several types of measurement may be performed. Sensors may be installed to provide indicative measurements or specific parameters may be monitored when the potential pollutant is known. A water quality monitoring system may therefore comprise a suite of instruments or sensors to cover various aspects of chemical and physical water quality. The technology may be provided as a direct probe measurement or as an analyser. Analysers typically requires a frost protected housing which can be sized according to the requirement. PPM is capable of providing both; probes and analyser water quality monitoring systems suitable for water and waste water measurement.
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