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Deionization Product Applications In Germany

23 applications found
In GermanyAvailable In GermanyNear Germany

Water treatment chemicals solutions for electronics industry
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Water treatment chemicals solutions for electronics industry

Kurita Water Industries offers a range of products such as deionizers and ultrapure water deionizers that combine RO (reverse osmosis) membrane water treatment chemicals, ion-exchange resins, and continuously regenerating-type deionizers , etc., as well as functional water production systems . ...

ByKurita Water Industries Ltd  based in  Tokyo, JAPAN


Water treatment chemicals solutions for beverage industry
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Water treatment chemicals solutions for beverage industry

Kurita Water Industries offers a range of products, such as filtration systems using membranes and deionizers, which combine RO (reverse osmosis) membrane water treatment chemicals, ion-exchange resins, and continuously regenerating-type deionizers. ...

ByKurita Water Industries Ltd  based in  Tokyo, JAPAN


Water treatment chemicals solutions for food industry
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Water treatment chemicals solutions for food industry

Kurita Water Industries offers a range of products such as filtration systems that use membranes and deionizers that combine things such as RO (reverse osmosis) membrane water treatment chemicals, ion-exchange resins, and continuously regenerating-type deionizers. ...

ByKurita Water Industries Ltd  based in  Tokyo, JAPAN


Water treatment chemicals solutions for chemical industry
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Water treatment chemicals solutions for chemical industry

Kurita Water Industries provides a range of water demineralizers, such as filtration systems which use membranes and deionizers that combine RO (reverse osmosis) membrane water treatment chemicals, ion-exchange resins, and continuously regenerating-type deionizers. ...

ByKurita Water Industries Ltd  based in  Tokyo, JAPAN


Electro-Deionization Cells (EDI) Technology for Water Utility Industry

Electro-Deionization Cells (EDI) Technology for Water Utility Industry

Wherever the water quality from reverse osmosis systems is not sufficient, it can be improved by integrating an electro-deionization cell to ASTM type ...

ByEL-DI GmbH  based in  Oststeinbek, GERMANY


Advanced water purification technologies for semiconductor and electronics industry
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Advanced water purification technologies for semiconductor and electronics industry

High-technology industries use ultrapure water in their manufacturing. SnowPure’s components help sell pure water systems to semiconductor, electronics, solar panel, hard disk drive, glass lens, and flat panel display industries. These industries often require “ppt” (part-per-trillion) level impurities. EDI and UV-TOC are key technologies in these ...

BySnowPure Water Technologies  based in  San Clemente, CALIFORNIA (USA)


Advanced water purification technologies for pharmaceutical, medical, & laboratory sector
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Advanced water purification technologies for pharmaceutical, medical, & laboratory sector

SnowPure has provided EDI technology to the pharmaceutical and medical markets since 1987. We have installations in over 75 countries including the United States, India, Europe, Japan, Argentina, and China. Our electrodeionization and UV products are integral components in validated installations that comply with the harmonized USP (US Pharmacopoeia), JP (Japanese Pharmacopoeia), and EP (European Pharmacopoeia) standards for PW (Purified Water) and WFI (Water for ...

BySnowPure Water Technologies  based in  San Clemente, CALIFORNIA (USA)


Advanced water purification technologies EDI for power generation sector
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Advanced water purification technologies EDI for power generation sector

SnowPure provides EDI modules for power generation market, since 2002. Power plants around the globe utilize our Electropure electrodeionization (EDI) including plants in the United States, China, Europe, and the Middle East. With our high capacity EXL™ EDI product we are able to serve a greater share of the boiler feedwater high purity water ...

BySnowPure Water Technologies  based in  San Clemente, CALIFORNIA (USA)


Flame Photometer for Measurement of Lithium in Minerals

Flame Photometer for Measurement of Lithium in Minerals

This method has been adapted to enable measurement of lithium over a wide range of concentrations (0.10 to >8.0%), in lithium containing ...

ByBWB Technologies Ltd.  based in  Newbury, UNITED KINGDOM


Flame Photometer for Measurement of Low Concentrations of Sodium in Cement

Flame Photometer for Measurement of Low Concentrations of Sodium in Cement

This method allows the direct measurement of low levels of sodium without prior extraction procedures, which minimises possible sources of contamination. ...

ByBWB Technologies Ltd.  based in  Newbury, UNITED KINGDOM


Flame Photometer for Salinity in Processed Foods

Flame Photometer for Salinity in Processed Foods

Sodium chloride is an essential ingredient of all processed foods; it is needed to enhance flavour and increase shelf life. In many processed foods, additional sodium is added as a flavour enhancer; potassium and calcium are also naturally present but not normally used as processing ...

ByBWB Technologies Ltd.  based in  Newbury, UNITED KINGDOM


Flame Photometer for Calcium in Unashed Plant Leaves

Flame Photometer for Calcium in Unashed Plant Leaves

This procedure uses a TCA (trichloroacetic acid) extraction of the tissue to release all of the ...

ByBWB Technologies Ltd.  based in  Newbury, UNITED KINGDOM


Flame Photometer for Measurement of Na, K and Ca in Plant Extracts

Flame Photometer for Measurement of Na, K and Ca in Plant Extracts

The most important ions which naturally occur in plant tissues are sodium, potassium, calcium, magnesium, nitrate, sulphate and phosphate. A sample of 5 g of oven-dried plant material contains on average, 25 mg calcium, 9 mg magnesium, 80 mg potassium and 3 mg sodium. The recommended method for the measurement of calcium is to precipitate the calcium as an oxalate, the precipitate is then dissolved and measurement taken from the resulting solution. Sodium and potassium may be measured directly following an ashing ...

ByBWB Technologies Ltd.  based in  Newbury, UNITED KINGDOM


Flame Photometer for Measurement of Sodium and Potassium in Cheese

Flame Photometer for Measurement of Sodium and Potassium in Cheese

Cheese was wet ashed with a combination of acid and a high temperature oven to form a dissolvable product ready for analysis via flame ...

ByBWB Technologies Ltd.  based in  Newbury, UNITED KINGDOM


Flame Photometer for Measurement of Potassium and Sodium in Meat

Flame Photometer for Measurement of Potassium and Sodium in Meat

Several different techniques can be used for sample digestion and extraction of sodium and/or potassium: oven ashing, perchloric acid ashing, extraction by boiling and acidification with HNO3 as well as extraction by homogenisation in 2% trichloroacetic acid (TCA). ...

ByBWB Technologies Ltd.  based in  Newbury, UNITED KINGDOM


Flame Photometer for Measurement of Potassium and Sodium in Wine

Flame Photometer for Measurement of Potassium and Sodium in Wine

Wine is of particular interest nutritionally because it is typically low in sodium and relatively high in potassium. Sodium is the predominant cation in breakfast cereals, at levels reaching 8mg/g. Potassium and calcium also vary, particularly in wheat-based products and those enriched with milk products or calcium ...

ByBWB Technologies Ltd.  based in  Newbury, UNITED KINGDOM


Flame Photometer for Measurement of Potassium in Unashed Plant Leaves

Flame Photometer for Measurement of Potassium in Unashed Plant Leaves

This method uses a suspension of ground plant material to directly measure the potassium concentration. It eliminates the usual steps of ashing and subsequent dissolution of the resulting ash. The method was compared to alternative methods such as chemical analysis and spectrophotometric methods. Collaborative studies using a range of samples gave a mean of 1.74% potassium by this extraction technique as compared to 1.75% by alternative methods. The standard deviation of an analysis in the two different sample ...

ByBWB Technologies Ltd.  based in  Newbury, UNITED KINGDOM


Flame Photometer for Recommended Sample Handling Techniques & Considerations

Flame Photometer for Recommended Sample Handling Techniques & Considerations

Preparation of Glassware: Thoroughly clean and rinse all glassware with the supplied BWB Technologies deionised distilled water to ensure that it is clean and free of extractable sodium and potassium. Glassware should be acid cleaned and rinsed thoroughly in deionised double distilled water prior to use to avoid contamination from extractable metals under ...

ByBWB Technologies Ltd.  based in  Newbury, UNITED KINGDOM


Flame Photometer for Measurement of Calcium in Biological Samples

Flame Photometer for Measurement of Calcium in Biological Samples

A number of methods have been reported for the measurement of calcium in biological materials by flame photometry or titration. This method employs trichloroacetic acid (TCA) to precipitate the proteins and has been found to be adequate to extract all of the calcium from tissue samples. Sodium, potassium and phosphate caused no significant interference and calcium concentration in the range of 0 to 2 µg/ml is readily determined. ...

ByBWB Technologies Ltd.  based in  Newbury, UNITED KINGDOM


Flame Photometer for Measurement of Potassium and Sodium in Bread

Flame Photometer for Measurement of Potassium and Sodium in Bread

Bread contributes about one-sixth of daily salt intake and is used to improve flavour and texture. The amount of sodium in bread can differ significantly, depending upon brand and type of grain used, ranging from 592mg/100g to 748mg/100g. The level of sodium in bread is primarily due to the amount of salt added to the dough during manufacture. The amount of potassium is determined by the type of flour and the washing and bleaching operations during cereal processing. Bread does not make a significant contribution ...

ByBWB Technologies Ltd.  based in  Newbury, UNITED KINGDOM

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