Generic selectors
Exact matches only
Search in title
Search in content
Post Type Selectors

Fluid Dynamics™ Liquid and Dry Polymer Systems on Display at WEFTEC 2017

Industry News
FluidDynamics

Fluid Dynamics™ Liquid and Dry Polymer Systems on Display at WEFTEC 2017

Fluid Dynamics, a leading manufacturer of liquid and dry polymer blending systems and a division of Neptune Chemical Pump Co., is pleased to announce that it will be featuring its industry-leading liquid and dry polymer systems at the upcoming Water Environment Federation Technical Exhibition and Conference (WEFTEC). WEFTEC – which is one of the largest events for the global water and wastewater industry – will take place from Sept. 30 – Oct. 4 in Chicago, IL, USA.

Exhibiting in booth 4423, Fluid Dynamics will be featuring its state-of-the-art dynaBLEND™ liquid polymer dilution/feed system at this year’s show. The patented dynaBLEND technology eases the task of blending liquid polymers for wastewater processes because it has been designed to effectively activate all types of liquid polymers. The dynaBLEND’s non-mechanical mixing chamber also delivers an unequalled degree of reliability when compared to other technologies. The system also features an injection check valve designed with easy disassembly and inspection in mind, which eliminates many of the maintenance concerns that affect other systems.

In addition, Fluid Dynamics will also have a live demo unit of its dynaJET™ dry polymer preparation system on display. The dynaJET is an ideal solution for wastewater applications because it utilizes a negative-pressure pneumatic conveyance system to transport and disperse the dry polymer prior to wetting. Dispersing dry polymer prior to coming into contact with the dilution water assures effective polymer particle wetting. Effectively wetting each polymer particle prevents polymer agglomerations from occurring. The result is reduced mix and hydration times, higher polymer performance and lower chemical costs. The dynaJET is typically applied on applications requiring more than 9#/hour of polymer and when the polymer transfer distance is more than 20 feet from the volumetric feeder to the mix tank.

For more information on Fluid Dynamics, please visit fluiddynamics1.com. Fluid Dynamics is a division of Neptune Chemical Pump, an operating company within PSG®, a Dover company. For more information on PSG, please go to psgdover.com.

 

About Neptune Chemical Pump Company:

Neptune Chemical Pump Company is a premier manufacturer of chemical metering pumps chemical feed systems and chemical injection accessories. Neptune’s hydraulic and mechanical diaphragm metering pumps are well known for injecting chemicals into water and wastewater treatment applications and in boilers and cooling towers. Major applications also include power generation, oil and gas exploration, petrochemical, and irrigation markets. Other Neptune products include polymer make-down systems to prepare and activate liquid or dry polymer for injection into water and wastewater treatment processes, and a complete line of portable mixers. Neptune — headquartered in North Wales, PA, USA — is part of PSG®, a Dover company.

Related Articles

Related Whitepapers

Performance Prediction: A Unique Approach for the Aftermarket

Hydro’s software has allowed CFTurbo to improve the optimize the performance of equipment and its fit to its system to make dramatic efficiency and reliability…

Corrective vs. Preventive Maintenance: Which is Better?

Corrective Maintenance This is performed only after a failure occurs in the equipment, which can lead to unexpected downtime and costly repairs. Although it is…

Torque Sensors For Any Application

This guide from S. Himmelstein & Company details their torque sensor solutions, designed to meet the demands of any industry. Learn about: Ultra-Precise Spline Drive…

What is Water Hammer and Why It Is Important to Prevent?

Water hammer (or hydraulic shock) is the momentary increase in pressure inside a pipe caused by a sudden change of direction or velocity of the…

Comments

Leave a Reply

Your email address will not be published. Required fields are marked *