Durable EPDM Tubular Submersible Tubular Aerators for Enhanced Aquatic Environments

Product Description

 

Product Description

The tubular microporous aerator is a mature, reliable, and energy-efficient aeration device, mainly used in municipal
and industrial wastewater treatment. It features low pressure loss, high oxygen utilization efficiency, uniform bubble
diffusion, strong corrosion resistance, low energy consumption, high efficiency, and a long service life.

Features:

• Efficient Oxygen Transfer: Tube aerators release fine bubbles into the water, ensuring efficient oxygen transfer and enhancing the aerobic treatment process.

• Uniform Oxygen Distribution: The system provides consistent and uniform distribution of oxygen throughout the water, improving the effectiveness of the treatment.

• Low Energy Consumption: Tube aerators typically require less energy than other aeration methods, making them cost-effective and energy-efficient.

• Durable and Corrosion-Resistant: The aeration tubes are often made from durable, corrosion-resistant materials (like PVC or rubber), ensuring long-lasting performance even in harsh environments.

• Quiet Operation: These systems operate quietly compared to other aeration techniques, reducing noise pollution in the treatment area.

• Simple Installation and Maintenance: Tube aerators are easy to install and maintain, with minimal parts that need regular servicing. Cleaning the tubes to prevent clogging is the primary maintenance task.

• Space-Efficient: Since the aerators are submerged in water, they don't occupy much space on the surface, which is especially useful in areas where space is limited.

• Scalability: Tube aeration systems can be adapted to various scales, from small aquariums to large wastewater treatment facilities, making them versatile for different applications.

• Minimal Disruption: Because the system is submerged, it has minimal impact on the surrounding environment, causing less disturbance compared to surface aeration methods.

Product Parameters

	Product Parameters	Relevant Technical Parameters
Model	φ65mm	service area:0.8-1.2m²/m	Bubble Diameter:	1-2mm
Specification	L=500mm,L=750mm,L=1000mm	oxygen utilization rate:≥28%	oxygenation capacity:	≥0.38Kg/h
Connection Method	hoop connection	Oxygenation power efficiency:≥7.1Kg/KW ·h	air flow rate:	5-10m³/h ·m
Material	EPDM rubber film, silicone rubber film	stomatal density:8000-12000 per/m	resistance loss:	≤3500Pa
Model	φ93mm	service area:1.75-5.61m2/m	Bubble Diameter:	1-2mm
Specification	L=500mm,L=750mm,L=1000mm	oxygen utilization rate:≥35%	oxygenation capacity:	≥0.58Kg/h
Connection Method	hoop connection	Oxygenation power efficiency:≥8.9Kg/KW ·h	air flow rate:	8-15m³/h ·m
Material	EPDM rubber film, silicone rubber film	stomatal density:19000-23000per/m	resistance loss:	≤4000Pa

 

PRODUCT STRUCTURE

Rubber membrane hose is made of silicone and EPDM rubber, which has the characteristics of heat resistance, ozone resistance,
acid and alkali resistance and good chemical stability.heat, ozone, acid and alkali resistance, good chemical stability and other
characteristics, compared with the general rubberCompared with general rubber membrane, it can greatly improve its service life.

01
The support body adopts hollow, water-filled form, which greatly reduces the aerator's buoyancy in the water.The buoyancy of the
aerator in the water is greatly reduced.

02
Aeration holes for a zigzag long holes, so that it has a good tension and instantaneous closure, aeration can be released when
the diameter of less than 2MM micro-bubbles. In order to obtain a high oxygen utilization rate, the oxygen utilization rate of 28 ~ 35%.

03
The use of air-guide tanks, so that the aerator inside the rapid and uniform distribution of gas, so that theAeration membrane tube
force uniformity, extend the life of the aeration membrane tube and release gasUniformity of the release of gas bubbles, improve
the aeration effect; air guide groove is a narrow concave groove, the rubber membrane tube on itsGroove, the rubber membrane
tube area is not open aeration holes, stop supplying gas, the rubber membrane is close to the guide groove.When the air supply is
stopped, the rubber membrane is tightly adhered to the air guide groove, thus preventing the occurrence of sewage backflow.