Mission: "We provide the most reliable online measurements to ascertain heavy metals in water with our cutting edge Analysers, Reagents, Consumables and Services."
SEIBOLD Wasser researches, designs and develops products and services for continuous quantitative analysis of heavy metals in water.
Because of the regular frequent online analysis you will get connected concentration data points. This data basis can be used for deep analysis of processes and trends.
To design good products and services you must not only know what the needs of your clients are today but also what they should have in mind tomorrow. There are some trends helping to predict the future needs. In general; environmental costs(1) will increase and the need for automation and stable processes will still drive businesses for the next centuries and people will have more worries about their families health and their drinking water.
|On-Line Measurements||Mission Critical Application|
SEIBOLD COMPOSER for heavy metals in water.
|List of Parameters|
SEIBOLD COMPOSER Analyser performs continuous analysis of heavy metals in water. The colorimetric analysis – stated by the WHO as reliable and best fitting method for online analysis(2) – is used for reliable and accurate results and low total cost of measurement (TCM)(3).
SEIBOLD COMPOSER for Cyanide.
|Cyanide measurement principle.|
|SEIBOLD COMPOSER for Cyanide measures from very low to very high measurement ranges because of controlling independently the cycle speed for acid, base and air.
The measurement technology embedded is photometric (measurement of absorbance by adding reagents) and ISE (ion selective electrode, specific ions are separated by a membrane and measure by electrochemical principles).
Intelligent Photometer for multiple wavelengths.
The Intelligent Photometer is based on a new controller platform following our new three phase electronic concept(4). The electronic board and software was developed by SEIBOLD Wasser to ensure perfect fit to our controller platform strategy. The intelligent Photometer has a robust controller embedded and communicates to a high resolution colour touch screen.
Signal in and out via relays to pumps and valves and 4-20mA for extinction/absorption indication.
The Intelligent Photometer can work in absorption mode and in extinction mode against zero. The pumps can function as stepper motor pumps and controlled via PWM.
SEIBOLD COMPOSER based on Ion Selective Electrodes.
|Main Advantages of ISE technology.|
ISE are available for the following ions: Ammonium NH4+ (NH3), Barium Ba++, Bromide Br -, Cadmium Cd2+, Calcium Ca2+, Chloride Cl-, Copper Cu2+, Cyanide CN-, Fluoride F-, Iodide I-, Lead Pb2+, Mercury Hg2+, Nitrate NO3-, Nitrite NO2-, Perchlorate ClO4-, Potassium K+, Silver Ag+, Sodium Na+, Sulphide S2-, Thiocyanate SCN-. All SEIBOLD COMPOSER for ISE can measure adopting standard addition and multiple standard addition practices.
SEIBOLD Wasser services.
|SEIBOLD Wasser and its partners provide high quality services worldwide. The clear and simple design of SEIBOLD COMPOSER supports the service tasks.
Introducing Feasibility studies SEIBOLD Wasser helps clients in their decisions choosing the appropriate measurement technology and on-line measurement setup.
(1) The need for clean water and the costs of pollution will increase dramatically: Source: WBCSD.
(2) Connecting the dots. Complexity drives measurement technology used in on-line and process analysers. WHO Drinking Water Guidelines, Table 8.4.
(3) The SEIBOLD Wasser TCM is about Total Costs of Measurements including direct costs for analyser and operation as well as indirect costs for downtime and risk.
(4) The electronic platform has to follow the requirements and the technology trends. Competitors analysers are either based on PC platforms with low operational stability (even on Unix variants) or PLC platforms with high stability but low technology use. Sensors and actors are the first layer and have to use new technology and a basic communication concept. The controller platform must be very stable and simple like a washing machine. Very simple electronics and processors and low code operating system. The third electronic platform is visualisation and communication. High technology to ensure functionality as all know to use and all kind of communication to central systems and mobile platforms.