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Wastewater Treatment 

In the industry, Waste Water Treatment can also be referred to as Wastewater Treatment.

Essentially, Wastewater Treatment is the process used to remove contaminants from wastewater (also sometime referred to as waste water) or sewage. Once the contaminats are removed, wastewater is said to have been converted into an effluent which can be returned to the water cycle with minimum impact on the environment. Alternatively, it also be directly reused.

 Sewage Plant

 

Blowers for Waste Water Treatment

The Waste Water Treatment Industry comprises of companies in the industry that operate sewer systems or sewage treatment facilities that collect, treat, and dispose waste. 

In aerobic waste water treatment, bacteria feeds on organic waste and breaks it down into carbon dioxide, nitrogen, and water. Because the bacteria needs oxygen as part of this process, large quantities of air are bubbled into aeration tanks.

To help reduce energy use, TMC Fluid Systems has introduced an entire line of blowers for use within the waste water treatment industry. This new and proven energy-efficient range of air blowers has demonstrated an average of 30% more energy-efficient operation. 

Depending on the facility's requirements, i.e Flow Rate and Preesure requirements, TMC Fluid Systems can provide the following types of blowers:

  • Regenerative Blowers (also known as Side Channel Blowers). Click on the link for more information on Regen Blowers
  • Twin Lobe Blowers (also known as Positive Displacment Blowers or PD Blowers with twin lobes). Click on the link for more information on Twin Lobe Blowers
  • Tri Lobe Blowers (also known as Positive Displacment Blowers or PD Blowers with three lobes). Click on the link for more information on Tri Lobe Blowers 
  • Turbo Blowers - typically required for the larger facilities where flow and pressure requirements cannot be met by the above types of blowers). Click on the link for more information on Turbo Blowers

Clink on the link to learn more about the "Different Types of Wasterwater"

 

 

News/Events 

  1. Difference between a Turbo and Positive Displacement Blower
  2. The Difference between Methane and Natural Gas
  3. First Dairy Biogas Project in Connecticut
  4. Does Renewable Natural Gas Have a Future in Energy?
  5. Biogas Offtake Opportunities For Digesters
  6. Wisconsin Dairy Begins Production of Renewable Natural Gas
  7. Anaerobic Digestion Sector Forming a Clearer Picture
  8. Brightmark to Expand Western New York Dairy Biogas Project
  9. Biogas - The Energy Wonder That's Under Our Noses
  10. Power Generation Achieved by a Self-Assembled Biofuel Cell
  11. Less Carbon Dioxide from Natural Gas
  12. Project Uses Renewable Electricity for RNG Production
  13. Smithfield Hog Farm Provides Natural Gas to Missouri City
  14. From Waste to Gas
  15. Gas Clash Threatens Australian Export
  16. Maximizing Opportunities of Anaerobic Digestion from Wastewater
  17. Catalyst to Speed up Conversion of Biomass to Biofuel
  18. How It Works: Ethanol
  19. Anaerobic Digestion - the Next Big Renewable Energy Source
  20. Anaerobic Additions
  21. Three (3) Tech Solutions for Modern Landfills
  22. The Costs and Benefits of Anaerobic Digesters
  23. Bacteria Farts Power Wastewater Plant in Fort Wayne
  24. Europe’s First Poultry Manure Biogas Plant
  25. Electricity Using Pig Manure
  26. $38-Million Biodigester coming to Grand Rapids
  27. Biochar Could Benefit Anaerobic Digestion of Animal Manure
  28. Getting More out of Anaerobic Digestion
  29. Biogas prevents 20 million tonnes of CO2 emissions per year
  30. Converting to green gas grid ‘could be vital’

 

For additonal reading, please visit us at: News Worthy

Difference between a Turbo and Positive Displacement Blower