GTD1000 Tube Type Air Diffuser | Greatech, Taiwan

The ETP tube type air diffuser is a proven and reliable technology that is extensively used in the treatment of municipal and industrial wastewater. These diffusers are specifically designed to enhance the efficiency of Effluent Treatment Plants (ETP). Known for their minimal pressure drop and high oxygen transfer efficiency, they ensure optimal aeration for wastewater treatment processes. Additionally, their ability to provide even bubble distribution further improves the effectiveness of oxygen transfer, making the ETP Tube ETP-type air Diffuser a highly effective solution for maintaining and improving the performance of wastewater treatment systems.

Advantages of Tube Type ETP Plant Diffuser:

• Free Cost-Estimates & Designs: Greenify offers free cost estimates and evaluations without obligations to make sure that the Greatech Disc diffuser is a perfect fit for every project.
• High-Quality Aeration Products: Greenify aeration systems are well-known in the industry for their outstanding performance and quality, with a wide range of models available to meet your specific treatment requirements flexibly.
• Quality and Innovation: Greenify has a tradition of providing superior quality products and lasting innovation. Everything from our diaphragms to our fittings and air distribution lines is subjected to rigorous quality testing.
• Installation and Commissioning: A professional project management team ensures that each project is completed on time and with the highest quality. The installation and commissioning of each project is guided by an experience
  engineer.

Tube Type Fine Bubble Air Diffuser

Model: GTD-D1000*65
Type: Tube
Size: 1000mm
MOC: EPDM
Connector: ¾” NPT Male Threat
Bubble Size: 1-2 mm
Design Flow: 3-12 m3/Hr
Flow Range: 2-18 m3/Hr
SOTE: =40% (06 m Submerged)
SOTR: =0.90 Kg O2/h
SAE: =8.6 Kg O2/Kw.h
Headloss: 2200-4800 Pa
Service Area: 0.75-5.5 m2/Pcs
Service Life: Minimum 05 Year
Brand: GREATECH/Taiwan.

Coarse bubble air diffusers are widely used due to their combination of high oxygen transfer efficiency and low energy requirements, making them a preferred choice for wastewater treatment plants.

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