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Liquid analyzers: metals
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Hg analyzer / total mercury - Series 2600
Tekran® Series 2600
Automated Sample Analysis System
The Tekran® Series 2600 system allows the analysis of ultra-trace levels of total...
Automated Sample Analysis System
The Tekran® Series 2600 system allows the analysis of ultra-trace levels of total...
Hg analyzer / total mercury - Series 2600
Tekran® Series 2600
Automated Sample Analysis System
The Tekran® Series 2600 system allows the analysis of ultra-trace levels of total...
Automated Sample Analysis System
The Tekran® Series 2600 system allows the analysis of ultra-trace levels of total...
Chromium analyzer / in-line - 0 - 1 mg/l | CRM-1600
Automated intermittent monitoring unit; Spectrometric method using 1,5-Diphenylcarbazide...
Chromium analyzer / in-line - 0 - 1 mg/l | CRM-1600
Automated intermittent monitoring unit; Spectrometric method using 1,5-Diphenylcarbazide
Stuck of the electromagnetic valve has been improved with rotating measurement cell
Designed for discharged wastewater of plating factory, river water quality and related fields
Stuck of the electromagnetic valve has been improved with rotating measurement cell
Designed for discharged wastewater of plating factory, river water quality and related fields
Aluminium analyzer / for drinking water / in-line - 0.005 - 1 mg/l
Sources
Natural sources. Aluminum (Al) is the
most abundant metallic element in the
lithosphere.
Industry. Aluminium salts are widely
used in water treatment as coagulants to
reduce organic matter, colour, turbidity
and microorganism levels. Such use may
lead to increased concentrations of
aluminium in finished water.
Drinking water. Important...
Natural sources. Aluminum (Al) is the
most abundant metallic element in the
lithosphere.
Industry. Aluminium salts are widely
used in water treatment as coagulants to
reduce organic matter, colour, turbidity
and microorganism levels. Such use may
lead to increased concentrations of
aluminium in finished water.
Drinking water. Important...
Aluminium analyzer / for drinking water / in-line - 0.005 - 1 mg/l
Sources
Natural sources. Aluminum (Al) is the
most abundant metallic element in the
lithosphere.
Industry. Aluminium salts are widely
used in water treatment as coagulants to
reduce organic matter, colour, turbidity
and microorganism levels. Such use may
lead to increased concentrations of
aluminium in finished water.
Drinking water. Important sources of
elevated Al concentrations in drinking
water are the use of Al-based
flocculating agents such as Al2(SO4)3.
Concentrations of aluminium of 0.1
mg/litre or less are achievable in large
water treatment facilities.
Toxicity. There is little indication that
orally ingested aluminium is acutely toxic
to humans despite the widespread
occurrence of the element in foods,
drinking-water and many antacid
preparations. It has been hypothesized
that aluminium exposure is a risk factor
for the development or acceleration of
onset of Alzheimer disease (AD) in
humans
Method
Metal is measured as chelate complex
between metal ions in the waste water
and sensitive spectrophotometric
reagent dye. Change of the intensity of
the visible light throughout cuvette
containing formed metal complex is
directly proportional to metal
concentration.
Advantage of the system
Robust design.
Minimal maintenance.
Easy handling.
High accuracy and precision.
Suitable for mission critical
applications.
Automated cleaning and
calibration.
Natural sources. Aluminum (Al) is the
most abundant metallic element in the
lithosphere.
Industry. Aluminium salts are widely
used in water treatment as coagulants to
reduce organic matter, colour, turbidity
and microorganism levels. Such use may
lead to increased concentrations of
aluminium in finished water.
Drinking water. Important sources of
elevated Al concentrations in drinking
water are the use of Al-based
flocculating agents such as Al2(SO4)3.
Concentrations of aluminium of 0.1
mg/litre or less are achievable in large
water treatment facilities.
Toxicity. There is little indication that
orally ingested aluminium is acutely toxic
to humans despite the widespread
occurrence of the element in foods,
drinking-water and many antacid
preparations. It has been hypothesized
that aluminium exposure is a risk factor
for the development or acceleration of
onset of Alzheimer disease (AD) in
humans
Method
Metal is measured as chelate complex
between metal ions in the waste water
and sensitive spectrophotometric
reagent dye. Change of the intensity of
the visible light throughout cuvette
containing formed metal complex is
directly proportional to metal
concentration.
Advantage of the system
Robust design.
Minimal maintenance.
Easy handling.
High accuracy and precision.
Suitable for mission critical
applications.
Automated cleaning and
calibration.
Arsenic analyzer / in-line - 0.005 - 1 mg/l
Sources
Arsenic is found in the atmosphere, in
water, soils, sediments and organisms
due to releasing by various industrial
processes, mining or smelting and
agricultural activities as well as a
byproduct of coal combustion.
Natural sources. Arsenic is found in
more than 245 minerals.
Anthropogenic sources. Main sources
of arsenic are copper...
Arsenic is found in the atmosphere, in
water, soils, sediments and organisms
due to releasing by various industrial
processes, mining or smelting and
agricultural activities as well as a
byproduct of coal combustion.
Natural sources. Arsenic is found in
more than 245 minerals.
Anthropogenic sources. Main sources
of arsenic are copper...
Arsenic analyzer / in-line - 0.005 - 1 mg/l
Sources
Arsenic is found in the atmosphere, in
water, soils, sediments and organisms
due to releasing by various industrial
processes, mining or smelting and
agricultural activities as well as a
byproduct of coal combustion.
Natural sources. Arsenic is found in
more than 245 minerals.
Anthropogenic sources. Main sources
of arsenic are copper...
Arsenic is found in the atmosphere, in
water, soils, sediments and organisms
due to releasing by various industrial
processes, mining or smelting and
agricultural activities as well as a
byproduct of coal combustion.
Natural sources. Arsenic is found in
more than 245 minerals.
Anthropogenic sources. Main sources
of arsenic are copper...
Chromium analyzer / in-line - 0.005 - 1 mg/l
Sources
Natural sources. Chromium is widely
distributed in the Earths crust. It can
exist in valences of +2 to +6. In general,
food appears to be the major source of
intake.
Industry. Chromium is seldom used
alone; as an additive it endows alloys or
materials with new properties: strength,
hardness, permanence, hygiene,...
Natural sources. Chromium is widely
distributed in the Earths crust. It can
exist in valences of +2 to +6. In general,
food appears to be the major source of
intake.
Industry. Chromium is seldom used
alone; as an additive it endows alloys or
materials with new properties: strength,
hardness, permanence, hygiene,...
Chromium analyzer / in-line - 0.005 - 1 mg/l
Sources
Natural sources. Chromium is widely
distributed in the Earths crust. It can
exist in valences of +2 to +6. In general,
food appears to be the major source of
intake.
Industry. Chromium is seldom used
alone; as an additive it endows alloys or
materials with new properties: strength,
hardness, permanence, hygiene, color
and resistance to temperature, wear and
corrosion.
Drinking water. A guideline value of
0.05 mg/litre of total chromium is
recommended in drinking-water.
Toxicity. In humans and animals,
Cr(III) is an essential nutrient. The
overall toxicity, carcinogenicity and
general hazards of chromium are highly
related to chemical speciation, the
hexavalent chromium compounds being
more toxic than the trivalent
compounds.
Method
Metal is measured as chelate complex
between metal ions in the waste water
and sensitive spectrophotometric
reagent dye. Change of the intensity of
the visible light throughout cuvette
containing formed metal complex is
directly proportional to metal
concentration.
Advantage of the system
Robust design.
Minimal maintenance.
Easy handling.
High accuracy and precision.
Suitable for mission critical
applications.
Automated cleaning and
calibration.
Can measure total Cr and Cr VI.
Natural sources. Chromium is widely
distributed in the Earths crust. It can
exist in valences of +2 to +6. In general,
food appears to be the major source of
intake.
Industry. Chromium is seldom used
alone; as an additive it endows alloys or
materials with new properties: strength,
hardness, permanence, hygiene, color
and resistance to temperature, wear and
corrosion.
Drinking water. A guideline value of
0.05 mg/litre of total chromium is
recommended in drinking-water.
Toxicity. In humans and animals,
Cr(III) is an essential nutrient. The
overall toxicity, carcinogenicity and
general hazards of chromium are highly
related to chemical speciation, the
hexavalent chromium compounds being
more toxic than the trivalent
compounds.
Method
Metal is measured as chelate complex
between metal ions in the waste water
and sensitive spectrophotometric
reagent dye. Change of the intensity of
the visible light throughout cuvette
containing formed metal complex is
directly proportional to metal
concentration.
Advantage of the system
Robust design.
Minimal maintenance.
Easy handling.
High accuracy and precision.
Suitable for mission critical
applications.
Automated cleaning and
calibration.
Can measure total Cr and Cr VI.
Copper analyzer / in-line - 0.01 - 1 mg/l
Sources
Natural sources. Natural sources of
cobalt in the environment are soil, dust,
seawater, volcanic eruptions and forest
fires.
Industry. Cobalt is used for for the
manufacture of alloys, hard metals and
magnets.
Drinking water. A guideline...
Natural sources. Natural sources of
cobalt in the environment are soil, dust,
seawater, volcanic eruptions and forest
fires.
Industry. Cobalt is used for for the
manufacture of alloys, hard metals and
magnets.
Drinking water. A guideline...
Copper analyzer / in-line - 0.01 - 1 mg/l
Sources
Natural sources. Natural sources of
cobalt in the environment are soil, dust,
seawater, volcanic eruptions and forest
fires.
Industry. Cobalt is used for for the
manufacture of alloys, hard metals and
magnets.
Drinking water. A guideline value of
0.01 mg/litre was recommended for
cobalt in drinking-water.
Toxicity. As a constituent of vitamin
B12, cobalt is an essential element and,
so far, another physiological role of
cobalt has not been demonstrated in
human nutrition.
Method
Metal is measured as chelate complex
between metal ions in the waste water
and sensitive spectrophotometric
reagent dye. Change of the intensity of
the visible light throughout cuvette
containing formed metal complex is
directly proportional to metal
concentration.
Advantage of the system
Robust design.
Minimal maintenance.
Easy handling.
High accuracy and precision.
Suitable for mission critical
applications.
Automated cleaning and
calibration.
Natural sources. Natural sources of
cobalt in the environment are soil, dust,
seawater, volcanic eruptions and forest
fires.
Industry. Cobalt is used for for the
manufacture of alloys, hard metals and
magnets.
Drinking water. A guideline value of
0.01 mg/litre was recommended for
cobalt in drinking-water.
Toxicity. As a constituent of vitamin
B12, cobalt is an essential element and,
so far, another physiological role of
cobalt has not been demonstrated in
human nutrition.
Method
Metal is measured as chelate complex
between metal ions in the waste water
and sensitive spectrophotometric
reagent dye. Change of the intensity of
the visible light throughout cuvette
containing formed metal complex is
directly proportional to metal
concentration.
Advantage of the system
Robust design.
Minimal maintenance.
Easy handling.
High accuracy and precision.
Suitable for mission critical
applications.
Automated cleaning and
calibration.
Copper analyzer / nickel / in-line - 0.01 - 1 mg/l
Basic Information
This process analyser was developed and
built for industrial waste water and
drinking water Industry. The main
advantages are the combined
measurement in one measurement step
and the use of non toxic and non
hazardous reagents.
Industry. Nickel and Copper are used in
alloys (stainless steel), electroplating,
foundries,...
This process analyser was developed and
built for industrial waste water and
drinking water Industry. The main
advantages are the combined
measurement in one measurement step
and the use of non toxic and non
hazardous reagents.
Industry. Nickel and Copper are used in
alloys (stainless steel), electroplating,
foundries,...
Copper analyzer / nickel / in-line - 0.01 - 1 mg/l
Basic Information
This process analyser was developed and
built for industrial waste water and
drinking water Industry. The main
advantages are the combined
measurement in one measurement step
and the use of non toxic and non
hazardous reagents.
Industry. Nickel and Copper are used in
alloys (stainless steel), electroplating,
foundries, catalysts, welding rods and
coinage, and can be found in electronic
equipment, construction materials,
aerospace equipment and consumer
goods such as batteries, paints and
ceramics.
Drinking water. Copper concentrations
in drinking-water vary widely, with the
primary source most often being the
corrosion of interior copper plumbing. A
guideline value of 1.5 mg/litre was
recommended for copper in drinking
water.
Toxicity. Inhaled nickel compounds are
carcinogenic to humans and that metallic
nickel is possibly carcinogenic. Allergic
contact dermatitis is the most prevalent
effect of nickel in the general population.
Method
The Metal is measured as chelate
complex between metal ions in the waste
water and sensitive spectrophotometric
reagent dye. Change of the intensity of
the visible light throughout measurement
chamber containing formed metal
complex is directly proportional to metal
concentration.
Advantage of the system
Non dangerous chemistry and
reagents.
Robust design.
Minimal maintenance.
Easy handling.
High accuracy and precision.
Suitable for mission critical
applications.
Automated cleaning and
calibration.
This process analyser was developed and
built for industrial waste water and
drinking water Industry. The main
advantages are the combined
measurement in one measurement step
and the use of non toxic and non
hazardous reagents.
Industry. Nickel and Copper are used in
alloys (stainless steel), electroplating,
foundries, catalysts, welding rods and
coinage, and can be found in electronic
equipment, construction materials,
aerospace equipment and consumer
goods such as batteries, paints and
ceramics.
Drinking water. Copper concentrations
in drinking-water vary widely, with the
primary source most often being the
corrosion of interior copper plumbing. A
guideline value of 1.5 mg/litre was
recommended for copper in drinking
water.
Toxicity. Inhaled nickel compounds are
carcinogenic to humans and that metallic
nickel is possibly carcinogenic. Allergic
contact dermatitis is the most prevalent
effect of nickel in the general population.
Method
The Metal is measured as chelate
complex between metal ions in the waste
water and sensitive spectrophotometric
reagent dye. Change of the intensity of
the visible light throughout measurement
chamber containing formed metal
complex is directly proportional to metal
concentration.
Advantage of the system
Non dangerous chemistry and
reagents.
Robust design.
Minimal maintenance.
Easy handling.
High accuracy and precision.
Suitable for mission critical
applications.
Automated cleaning and
calibration.