Process Analysers

The critical parameters of process-safe liquids analysis in the pharmaceutical industry are pH, oxygen, and conductivity.

Deviations from given measurement values could have an impact on production results. A broad portfolio of sensors, process analysers, holders and fittings, cleaning and calibration systems allows us to offer tailor-made solutions and services.

The pharmaceutical sensors must be sterilisable in place (SIP) and cleanable in place (CIP). We provide a wide range of advanced Memosens sensors from Knick that can be easily connected to the MemoSuite advanced asset management tool. This system helps track changes in the process or measurement and ensures that data cannot be manipulated.

Process safe liquids analysis is critical to the chemical industry, with critical parameters such as oxygen, pH, and conductivity.

Measuring points are often exposed to rough physical and chemical conditions that can rapidly degrade standard connections between sensors, cables, and transmitters.  The rugged Memosens digital inductive sensor connections are free of any metallic contacts. This results in a plug-and-play system that is 100% waterproof and resistant to dirt, corrosion, signal interference and is exceptionally resilient to mechanical influences.

IECEx explosion area rated versions of products are available for those zones that require it, including the Portavo range of portable meters.

We have a range of rugged fittings and sensors that monitor critical parameters of pH, oxygen, and conductivity even when the process includes aggressive reactants/intermediates, highly toxic production processes, and abrasive slurries in industries such as manufacturing, refining, and extraction.

Monitoring critical parameters of pH, oxygen, and conductivity span the entire food and beverage production process from pure water used in the manufacturing process to water used in cleaning to wastewater discharged from the plant.

We offer a broad portfolio of sensors, process analysers, holders and fittings, cleaning, and calibration systems from Knick that address FDA requirements within the production line.

High purity water is an essential and integral part of energy production. Similarly, the prevention of corrosion and mineral deposits is critical to reducing wear and downtime.  Monitoring pH, oxygen, and conductivity is key to detecting potential issues.

Oxygen is highly corrosive; even minimal concentrations in the ppm range can corrode metal surfaces.  Increased conductivity is a reliable indication of contamination from salts, minerals, and other contaminants.  Mineral deposits and corrosion reduce efficiency and lead to the premature wear of system components. Also, deposits of lime or corrosion provide a platform for organic material and biofilm.

pH, oxygen, and conductivity monitoring is core to all water quality control processes, from drinking water supply to wastewater treatment.

Online measurement of pH value and oxidation-reduction potential (ORP) enables operators in drinking water treatment plants to assess the quality of the raw water they use and implement measures to protect the system.

Equally important is monitoring pH, DO, and conductivity at multiple points during wastewater treatment. Plants can have harsh environments that can rapidly degrade regular connections between sensors, cables, and transmitters, as well as taking a toll on exposed transmitters or controllers. Our high IP protection rated enclosures, combined with Memosens inductive connection and transmission technology, ensures your investment continues to deliver reliable service year after year.