How Can I Measure Particle Characteristics for My Water Filtration System?

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SUMMARY

This discussion focuses on measuring particle characteristics for water filtration systems, specifically polymer beads. Key measurements include surface area, diameter, surface roughness, and particle size. Participants recommend consulting the manufacturer for initial data and suggest using basic tools like rulers for rough estimates. A specific case mentions polymer beads averaging 800 nm in diameter, highlighting the importance of accurate characterization due to potential inaccuracies in manufacturer data.

PREREQUISITES
  • Understanding of polymer particle properties
  • Familiarity with measurement techniques for small particles
  • Knowledge of surface area calculation methods
  • Basic skills in statistical analysis for size distribution
NEXT STEPS
  • Research methods for measuring surface area of small particles
  • Learn about techniques for measuring particle diameter accurately
  • Explore tools for assessing surface roughness of polymer beads
  • Investigate statistical methods for analyzing particle size distribution
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Water treatment engineers, materials scientists, and anyone involved in the design and optimization of water filtration systems using polymer particles.

bashir_breakah
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Hello everybody:

First of all I will tell you a little about my work, I'm working with the filters as a pretreatment of water,and the main media of my filter is polymer particles (beads),and I need to do some calculations and measurments on the particles ,so please I need your help:

How can I measure these factors:

1- surface area of the beads ( particles )? can I measure it individually?

2- diameter of the beads

3- surface roughness..

4- size of the particles

I'm waiting for your answer.

Bashir
 
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First I would suggest that you ask the manufacturer of the polymer particles if they have this info. I would be surprised if they didn't.
 
firstly bashir do you have a ruler? then you can estimate 3 of the above, but i think the fourth option is the volume

?? WERD!
 
The answer to all these questions will depend primarily on the rough size of your particles. A colleague of mine works with polymer beads 800 nm in diameter on average - moreover he did have to characterise the size of the beads and their statistical distribution himself because the manufacturer's data was quite inaccurate.

So what size range are we talking here, mm, microns, nm?

Claude.
 

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