Zeta Potential Measurement Solutions for the Water Industry
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Malvern Instruments provides water treatment solutions that analyse the qualities of dispersed systems, including industrial bulk powders, high-concentration slurries, and aerosols and sprays.
Zeta potential measurement solutions for water treatment
Malvern offers automated, easy-to-use online and laboratory systems to measure the zeta potential of water samples.
These systems can be used to perform various tasks, such as:
- Help maintain stable plant operation to required standards by enabling an effective, timely response to changes in water quality
- Evaluate how much coagulant is required to optimise charge neutralisation
- Eliminate coagulant over-dosing, reducing coagulant and sludge disposal costs
Water filtration monitoring
Pre-treated water typically contains organic, inorganic and bacterial contaminants.
Treatment begins with clarification, consisting of a coagulation, sedimentation and filtration process, which removes suspended particulates.
Stability of floc formation is critical during this process and it is controlled by neutralizing the electrostatic charge of various contaminants by using oppositely charged coagulants.
One of the known parameters that affect stability, zeta potential measures the level of electrostatic repulsion or charge between particles. It provides further details on the causes of aggregation, dispersion or flocculation.
Monitoring change with zeta potential measurements in water treatments helps lower the cost of chemical additives by optimising the dosage.
Laboratory technology for characterising particle size and zeta potential
The Malvern Zetasizer Nano product range comprises high-performance and entry level systems that can combine various components, including:
- Analysers: particle size, zeta potential or molecular weight
- Protein mobility and microrheology measurements
Particles sizes less than a nanometer to several microns, as well as their zeta potential, can be analysed.
Online monitoring of coagulant process and measuring zeta potential
The fully automated Zetasizer WT system delivers lab quality online zeta potential measurements.
This enables efficient charge neutralisation and real-time monitoring of flocculation process performance. This information allows process operators to react to changes in raw water before they cause filtration issues, while reducing potential process upsets and chemical coagulant use.
Based in the UK, Malvern Instruments has subsidiaries in major European markets.
The company also has offices in China, Japan, Korea, Mexico and North America, as well as a joint venture in India, and a worldwide network of distributors and application laboratories.
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How good is on-line zeta-potential measurement in water treatment?
Available White Papers
Study: Improving OMNISEC Results by Switching Mobile Phases Polylactic acid and polyglycolic acid are biodegradable, thermoplastic materials that are increasingly being adopted for use in a wide range of industries, for instance in biomedical applications such as medical implant hardware and absorbable sutures.
Examining the Impact of Particle Properties and Behaviour on Suspension Rheology Understanding how dispersed particles in a liquid medium interact with one another is a crucial step in achieving the desired product performance in systems such as ceramics, adhesives and paints.
Optimisation of Water Treatment using Zeta Potential Drinking water in the US and developed nations of the world is treated to remove contamination of foreign materials, both mineral and organic.
An Automated Image Analysis of the Differing Metal Powder Shapes Created By Various Atomization Processes The production of complex-shaped metal parts via Metal Injection Molding (MIM) is a heavily expanding industry, and the characteristics of the metal powders play an active role in determining the properties and efficiency of the MIM parts.
Researching Nanobubble Application and Characterisation via Nanoparticle Tracking Analysis Following earlier scepticism about their actual existence, the reality of surface nanobubbles is becoming fairly well established after investigation by a number of groups, while confirmation of bulk nanobubbles in solution and their characterization has recently seen more regular publication.