G-BMG
G-BMG
  • HOME
  • G-BMG SITEWEB EN FRANCAIS
    • À Propos de Nous
    • Héliostat à Deux Axes
    • Héliostat Manuel
    • Solaire Thermique et PV
    • Capteur Solaire Linéaire
    • Chauffe-eau Solaire
    • Miroirs Solaires
    • Spargers
    • Filtre à Air Compact
    • Dessalement de l’Eau
    • Ressources Pédagogiques
    • Brochures
    • Nouvelles et Publications
  • ABOUT US
  • PRODUCTS
    • Solar Tracker Full Setup
    • Solar Tracker and PV Cell
    • Solar Tracker (Alone)
    • Manual Dish Solar Engine
    • Off-grid demo and thermal
    • Linear Solar Collector
    • Solar Atmospheric Boiler
    • Mirror boosters for PV
    • Spargers
    • Compact Air Purifier
    • Water Desalination
  • BROCHURES
  • TEACHING TOOLS
    • Grade 9-12 Off-grid demo
    • Grade 7-8 Heat Sources
    • Grade 5-6 Renewable ...
    • Grades 3-4 Reflection...
    • Grade 1-2 Energy and...
    • Downloads
  • NEWS
  • PUBLICATIONS
    • Water Desalination
    • Photovoltaic Publications
    • Solar Thermal
    • Spargers
  • BLOG
  • CAREERS
  • CONTACT US
  • More
    • HOME
    • G-BMG SITEWEB EN FRANCAIS
      • À Propos de Nous
      • Héliostat à Deux Axes
      • Héliostat Manuel
      • Solaire Thermique et PV
      • Capteur Solaire Linéaire
      • Chauffe-eau Solaire
      • Miroirs Solaires
      • Spargers
      • Filtre à Air Compact
      • Dessalement de l’Eau
      • Ressources Pédagogiques
      • Brochures
      • Nouvelles et Publications
    • ABOUT US
    • PRODUCTS
      • Solar Tracker Full Setup
      • Solar Tracker and PV Cell
      • Solar Tracker (Alone)
      • Manual Dish Solar Engine
      • Off-grid demo and thermal
      • Linear Solar Collector
      • Solar Atmospheric Boiler
      • Mirror boosters for PV
      • Spargers
      • Compact Air Purifier
      • Water Desalination
    • BROCHURES
    • TEACHING TOOLS
      • Grade 9-12 Off-grid demo
      • Grade 7-8 Heat Sources
      • Grade 5-6 Renewable ...
      • Grades 3-4 Reflection...
      • Grade 1-2 Energy and...
      • Downloads
    • NEWS
    • PUBLICATIONS
      • Water Desalination
      • Photovoltaic Publications
      • Solar Thermal
      • Spargers
    • BLOG
    • CAREERS
    • CONTACT US
  • HOME
  • G-BMG SITEWEB EN FRANCAIS
    • À Propos de Nous
    • Héliostat à Deux Axes
    • Héliostat Manuel
    • Solaire Thermique et PV
    • Capteur Solaire Linéaire
    • Chauffe-eau Solaire
    • Miroirs Solaires
    • Spargers
    • Filtre à Air Compact
    • Dessalement de l’Eau
    • Ressources Pédagogiques
    • Brochures
    • Nouvelles et Publications
  • ABOUT US
  • PRODUCTS
    • Solar Tracker Full Setup
    • Solar Tracker and PV Cell
    • Solar Tracker (Alone)
    • Manual Dish Solar Engine
    • Off-grid demo and thermal
    • Linear Solar Collector
    • Solar Atmospheric Boiler
    • Mirror boosters for PV
    • Spargers
    • Compact Air Purifier
    • Water Desalination
  • BROCHURES
  • TEACHING TOOLS
    • Grade 9-12 Off-grid demo
    • Grade 7-8 Heat Sources
    • Grade 5-6 Renewable ...
    • Grades 3-4 Reflection...
    • Grade 1-2 Energy and...
    • Downloads
  • NEWS
  • PUBLICATIONS
    • Water Desalination
    • Photovoltaic Publications
    • Solar Thermal
    • Spargers
  • BLOG
  • CAREERS
  • CONTACT US

GREENBMG'S SPARGERS, fine bubble generator

SPARGERS

C$ 0.00

(C$ 0.00 shipping)

Pay with PayPal or a debit/credit card

 Spargers are devices used for the continuous injection of gas bubbles into liquids. They have many applications in different areas such as: bioreactors, bubble columns, fluidized beds, fixed beds, column flotations, aeration, direct steamers. A well-designed sparger should consider   three important parameters:

1) Minimum pressure drop and maximum possible gas flow rate across the sparger

2) Minimum bubble size  

3) Minimum non-uniformity in gas distribution  

4) No weep condition

Considering this, GREENBMG fabricated spargers that are capable of producing bubbles with minimum size, pressure drop, non-uniformity, and weeping condition.

Bubble size has a significant effect on mass transfer. By reducing the produced bubbles size, the interface area between liquids and gas increase

Micro bubble columns

When G-BMG spargers are coated with cupper oxide they can be efficiently applied in non polar liquids like kerosene and micro bubble columns, where no bubble size exceeds 100 μm are formed as compared to existing macro-bubble columns. Unlike existing commercial spargers, the bubble size here is less than 100 μm in kerosene, thus, a tenfold reduction in size. These new spargers, due to the presence of copper oxide layer in their structure and possessing the preferential wettability on the surface promote broader applications even in non-polar liquids, like oil and gas. At a gas flow rate within 30-120 LPH range two distinct regions of foam and froth are formed. A foam liquid region is observed at the higher 120-360 LPH range. .

Different shapes of spargers

C$ 20.00
Pay with PayPal or a debit/credit card

We can design and fabricate any shape depending on your need. Conical, Cylindrical, Disc, Hollow cylinder, Pipe, costumed designs. GreenBMG can create a custom sparger for bubbles for any fitting. Contact us for more information.

Please let us know your desired design and we fabricate it.

  • HOME
  • ABOUT US
  • BROCHURES
  • NEWS
  • BLOG
  • CONTACT US

GREENBMG

Waterloo, Ontario, Canada

Copyright © 2020 GREENBMG INC.  All Rights Reserved. 

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept