Process water is one of the most challenging for analysis instrumentation. Mostly this water is characterized by a certain purity, fluctuating loads, as well as very high salt concentrations. Since any disturbance in water-circuits can lead to an entire plant shutdown, resulting in huge costs, reliable and fast online water analyzers are an essential. Due to the diverse demands of various measurement challenges, application-specific analyzers provide huge advantages against standard analyzers that are used for...
Waste water, especially industrial waste water, is the most challenging water for instrumentation. Mostly, this water is characterized by highly fluctuating loads, very high salt concentrations as well as a high particle density. Hence, the accurancy and speed of measurements depends on the measurement system itself and the oxidation technique used. Obviously, application-specific analyzers provide huge advantages against standard analyzers that are used for all applications.
Agribusiness is a collective term for a variety of activities within the agriculture production. It includes amongst others the production of agrichemicals (e.g. pestizides, fertilizer), breeding, crop production, processing and distribution.
In industry water is used for various processes, e.g. for heating, for cooling, as steam to drive turbines, as a reaction medium and for cleaning. Depending on the application water requires a specific quality / purity.
Pure water and highly purified water are crucial factors to production in numerous processes and industries and can be used as a raw material, auxiliary and/or for process operation. It is very important to pay particular attention to the quality of the water used as it is crucial to product quality and the safe operation of the production facilities. Therefore, continuous monitoring is essential - from an ecological as well as an economic point of view.
Due to toxic, adhesive, sticky or fatty characteristics water management at chemical plants is very challenging. Using LAR`s application-specific technology you can improve your water management efficiency by reliable on-line measurements.
Total organic carbon measurements in the manufacturing or semiconductor industry are of big importance regarding product quality and safety in process. TOC levels inUltra Pure Water (UPW)applications are very low.
Water analysis of pharmaceutical water, asPurified Water (PW),Highly Purified Water (HPW)orWater for Injection (WFI)is of special concern in the pharma industry regarding product quality and safety in process.
For packaging film barriers, the Systech Illinois range of water vapor permeation analyzers offer a wide measurement range with precision temperature, humidity and flow control. These analyzers utilise the Coulometric P2O5 sensor, which is more sensitive and stable than infra-red and does not require calibration. The P2O5 is the primary method for absolute moisture measurement.
In the food and beverage industry, water is used in the primary production, e.g. in farming for cleaning and sanitation, as an ingredient or component of an ingredient, as well as in processing operations, such as cooling, heating.
NO analyzers for measurement of nitrification processes applied for treating high concentration nitrogen wastewaters by microbial nitric oxide production. Also, the conversion of N-nitrosomines to nitric oxide for the quantification of those compounds in wastewater impacted waters. View Water-Wastewater Measurement Products
The production in the pulp and paper industry requires large amounts of water. The German Waste Water Ordinance implies that the resulting effluent has to be tested on the content of chemical oxygen demand (COD). In comparison with conventional testing methods the use of online COD analyzers offers high savings and also enables efficient water management.
Regulations prohibit facilities from discharging flammable or explosive wastes from their processes into the wastewater collection system. These wastes are not only a fire and explosion hazard but they can also effect the efficient and effective operation of the treatment facility. PrevEx Flammability analyzers are used to continuously monitor the waste stream for flammable gases and vapors. Their unique design and operating technology make them the ideal analyzers for the harsh conditions found in the sewer...
MANTECH’s chemical oxygen demand (COD) analyzer is breaking new ground in the science of monitoring source and treated drinking water. In addition to providing 15-minute COD results and biochemical oxygen demand (BOD) estimates, MANTECH’s PeCOD® Analyzer measures natural organic matter (NOM) in raw and treated drinking water. The NOM Analyzer™ — which is the drinking-water application of MANTECH’s novel PeCOD® COD-testing system — does what no other technology has done...
MANTECH’s innovative PeCOD Analyzer is helping Ontario’s craft brewers manage their wastewater more effectively. PeCOD is an integral part of the Brü Clean System, a specialized wastewater treatment process developed by Econse Water Purification Systems for the craft brewing industry. Together they helped reduce the amount of wastewater for treatment by 75 per cent. “We can accomplish in a few minutes what other companies take weeks or months to do and this lets us move straight to effective...
Ideally, a continuous online monitor would be used for collecting data to determine upset frequencies, duration and normal conditions. Many of the SWD facilities and demonstration plants do not have a budget that allows for continuous monitoring. However, high frequency sample analysis can be performed on site, using a portable analyzer. Easy to use, low cost field analyzers, such as the TD-500D, are essential for optimizing the effectiveness of treatment systems during pilot studies and meeting a budget that...
In the winter months aeroplanes, runways and landing strips are de-iced with the help of chemicals resulting in the pollution of storm water. Consequently, its disposal may have an extreme impact on waste water treatment plants or public water. Hence, the continuous monitoring of this storm water is of special importance.
Power generation is the process of converting / transforming primary energy sources (e.g. oil, natural gas, and hydro) into easy-to-use and easy-to-transport energy (secondary energy), e.g. electricity. For that purpose, there are several methods of generating electricity available.