ABOUT MALVERN PANALYTICAL
Malvern Panalytical has been developing and supporting the use of Zeta Potential for the monitoring, control and optimization of coagulant dosage in water treatment plants for over ten years. This enables quantitative results to be used in place of rudimentary and subjective jar testing or similar less reliable methods. As a first principles technique, Zeta Potential promotes confidence in its use as a key indicator of coagulant dose effectiveness, and offers continuous real-time data to the SCADA operations team. Operators and plant engineers are then able to clearly stay a step ahead of seasonal or sudden storm water run-off effects that require swift action to keep the process running efficiently. Bench-top lab or automated online solutions make this a technology suitable for every surface water treatment plant, from the smallest rural plants to the largest high-capacity urban facilities.
Malvern Panalytical is a leader in materials characterization, creating expert solutions for the challenges associated with maximizing productivity, developing better quality products and getting them to market faster. We provide superior, customer-focused solutions and services which deliver tangible economic impact through chemical, physical and structural analysis of materials.
Our products reflect Malvern Panalytical’s drive to exploit the latest technological innovations and our commitment to maximizing the potential of established techniques. They are used by both industry and academia, in sectors ranging from pharmaceuticals and biopharmaceuticals to bulk chemicals, cement, plastics and polymers, energy and the environment.
Malvern Panalytical systems are used to measure particle size, particle shape, zeta potential, protein charge, molecular weight, mass, size and conformation, crystal structure and phase identification, mineral identification, elemental analysis, nanoparticle size and count, and for chemical identification, advancing the understanding of materials across many different industries and applications.
Headquartered in Malvern, UK and Almelo, The Netherlands’ Malvern Panalytical has additionally research and manufacturing locations in USA, Canada, and China, as well as applications laboratories around the world.
FEATURED PRODUCTS
The Zetasizer WT is a fully automated online sensor for continuous zeta potential monitoring that enables the proactive, precise, and cost-efficient control of charge neutralization processes. By reducing coagulant and sludge disposal costs it delivers a healthy return on investment whilst reducing vulnerability to sharp changes in incoming water quality.
CONTACT INFORMATION
Malvern Panalytical
117 Flanders Road
Westborough, MA 01581
UNITED STATES
Phone: 401-623-1800
Contact: Jeff DeNigris
FEATURED ARTICLES
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![flocc illustration]( "Top 7 Reasons To Consider Zeta-Potential (Zetasizer) And On-Line Zeta-Potential (Zetasizer WT) For Coagulation Dose Control")
Top 7 Reasons To Consider Zeta-Potential (Zetasizer) And On-Line Zeta-Potential (Zetasizer WT) For Coagulation Dose ControlTurbidity and NOM in the source water feeding a drinking water purification plant, particularly a surface water source, fluctuates over time. This continual change may require adjustment to the coagulant dose, pH or polymer addition to enable the flocculation process to work efficiently. Careful management of the coagulant dose with accurate and timely monitoring can impact the overall plant performance. Monitoring this based on zeta potential, a scientific measurement of the electrical potential charge between particles, provides reliable and relevant data. Particle charge neutralization is needed to enable a strong floc to form and allow the entire process to run smoothly. Here are the top 7 reasons to consider laboratory and/or on-line zeta potential systems for coagulation dose control.
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![Optimization of Water Treatment using Zeta Potential]( "Optimization Of Water Treatment Using Zeta Potential")
Optimization Of Water Treatment Using Zeta PotentialDrinking water in the US and developed nations of the world is treated to remove contamination of foreign materials, both mineral and organic.
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![Controlled Coagulant Dosing Utilizing]( "Controlled Coagulant Dosing Utilizing Zeta Potential In A Direct Feed To UF Approach")
Controlled Coagulant Dosing Utilizing Zeta Potential In A Direct Feed To UF ApproachSan Jose Water (SJW) decided to implement a novel coagulant dosing control approach for purposes of achieving the following: limit UF membrane fouling, mitigate rain event turbidity spikes, and conserve operating costs.
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![The role of zeta potential in water treatment process control]( "The Role Of Zeta Potential In Water Treatment Process Control")
The Role Of Zeta Potential In Water Treatment Process ControlPhysical processes such as sedimentation, flotation and filtration remain at the heart of most process trains for the treatment of water and wastewater flows.
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![Malvern Panalytical]( "Upcoming Webinar: Zeta Potential And Optimizing Coagulation In The Water Treatment Process")
Upcoming Webinar: Zeta Potential And Optimizing Coagulation In The Water Treatment ProcessSurface water treatment, water remediation and waste water treatment are critical issues in providing safe drinking water. Control of turbidity and removal of NOM remains one of the main challenges facing water utilities. Control of the flocculation process and adjustment of coagulant dose during the course of water and waste water treatment is often a challenging step in the water treatment process.
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![INJarTest]( "Relating Zeta Potential To Jar Testing: A Comparison Of Two Methods To Optimize Water Treatment Plant Operation")
Relating Zeta Potential To Jar Testing: A Comparison Of Two Methods To Optimize Water Treatment Plant OperationIn a water treatment plant, raw water is treated with a coagulant or flocculant. This added component leads to sedimentation of the floc. For optimization of this process, a minimal amount of flocculant should be added for optimal clarification of the water. The traditional routine has been jar testing. We compare zeta potential results to the traditional testing.
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![P8152355---Larry-Wilt.jpg]( "What Facility Managers Are Saying About Online Zeta Potential")
What Facility Managers Are Saying About Online Zeta PotentialA chat with Larry Wilt of American Water/ Tolt Water Treatment Plant in Seattle, WA.
VIDEOS
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![Water Plant Pre-Treatment Talks.jpg]( "Water Plant Pre-Treatment Talks – Episode 1: Chat With An Opinion Leader")
Water Plant Pre-Treatment Talks – Episode 1: Chat With An Opinion LeaderGregg McLeod, a 30 year veteran in the water/waste water industry and currently a Senior Process Specialist with HDR, spent a few minutes discussing his typical approach to testing coagulant affect on floc formation and how that enables better dose control. His experience with various methods to understand dose and how to control it presents a unique view on how best to manage this critical step in the overall water treatment process.
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![Zeta Potential And Optimizing Coagulation In The Water Treatment Process]( "Zeta Potential And Optimizing Coagulation In The Water Treatment Process")
Zeta Potential And Optimizing Coagulation In The Water Treatment ProcessSurface water treatment, water remediation and waste water treatment are critical issues in providing safe drinking water. Control of turbidity and removal of NOM remains one of the main challenges facing water utilities. Control of the flocculation process and adjustment of coagulant dose during the course of water and waste water treatment is often a challenging step in the water treatment process.
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![On-Line Zeta Potential For Water Treatment]( "On-Line Zeta Potential For Water Treatment")
On-Line Zeta Potential For Water TreatmentGary Fox from Tacoma Water talks about the value that the zeta potential measurement has added to plant operations both on-line and in the lab. By installing the Zetasizer WT, from Malvern Instruments, to the water treatment process, you can make significant savings on chemicals. At Aurora Water in Colorado, United States, use of the on-line zeta potential system decreased coagulant costs by 17%, while also eliminating the needs for a rapid mixer.
