Aerator for Low Dissolved Oxygen and High Power Consumption in STP ETP

About Aerator for Low Dissolved Oxygen and High Power Consumption in STP ETP

Problem Overview:

In many wastewater treatment plants, low dissolved oxygen levels, inefficient aeration, and high power consumption can affect overall treatment performance. Conventional aeration systems may also lead to uneven mixing and higher operational costs.

Solution:

Jet Aspirator Aerator is designed to address these challenges by providing efficient oxygen transfer and uniform mixing in a single system without the need for external air supply equipment.

How It Works:

The aerator operates on a vacuum-based air suction mechanism, drawing atmospheric air into the system and dispersing it into wastewater through a specially designed jet assembly.

This process generates fine air bubbles and ensures better oxygen diffusion along with strong mixing across the tank.

Key Benefits:

• Helps improve dissolved oxygen levels in tanks
• Reduces overall energy consumption
• Provides uniform aeration and mixing
• Eliminates need for blowers and air piping
• Supports stable biological treatment processes

Suitable For:

• Aeration tanks facing low DO issues
• Systems with high energy consumption
• Upgradation of existing aeration systems
• STP and ETP plants requiring improved efficiency

Operational Features:

• Continuous and stable operation
• Low maintenance requirements
• Simple installation and operation
• Suitable for varying wastewater conditions

Applications:

• Sewage Treatment Plants (STP)
• Effluent Treatment Plants (ETP)
• Equalization tanks
• Industrial wastewater treatment systems

Construction & Material:

• Stainless steel wetted parts (SS 304 / SS 316)
• Robust motor and shaft assembly
• Corrosion-resistant design

Selection Note:

Selection depends on tank size, depth, and oxygen demand. Technical assistance can be provided for suitable model selection.

Additional Information:

For detailed specifications and product information, visit:
https://www.archenviro.com/