Submersible Aerator SCLK | Efficient Deep Tank Aeration

Aeration

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ArCh Enviro Equipment Private Limited
104/105, Veda Commercial Complex, TP-13
Canal Road, Chhani, Vadodara – 390002
Gujarat, India
Phone: +91 98939 70123
Email: info@archenviro.com

Product Overview

The Submersible Aerator SCLK by ArCh Enviro is designed for high-efficiency aeration and mixing in deep tanks and basins with fluctuating oxygen demands. Engineered with a robust submersible gearbox and a low-speed impeller, this system delivers consistent oxygen transfer even in harsh industrial conditions. It’s particularly suited for processes requiring reliable performance under varying seasonal and operational loads.

Its inverter-driven control allows independent operation of each aerator, optimizing both performance and energy consumption. With reduced rotational speed and wear, the SCLK model ensures long service life and minimal maintenance requirements.

Key Features

Variable Airflow Control: Equipped with inverter technology for precise modulation of airflow and impeller speed based on real-time oxygen demand.
Submersible Gear Drive: Enables quiet and compact operation while maintaining high mechanical efficiency.
Low Rotational Speed: Operates at 130 RPM, significantly reducing wear and extending component life.
High Oxygen Transfer Efficiency: Ideal for deep tanks with seasonal or industrial load variation.
Energy-Efficient Design: Minimizes power consumption through smart individual unit control.
Durable in Harsh Conditions: Performs reliably even in sludge-heavy or chemically aggressive environments.

Applications

The Submersible Aerator SCLK is suitable for a wide range of wastewater treatment applications, including:
Municipal sewage treatment plants
Industrial effluent treatment with high sludge loads
Aeration basins in chemical, textile, and pharmaceutical industries
Equalization tanks and sludge holding tanks
Facilities requiring deep tank aeration with flexible operational demands

Technical Specifications

Parameter	Value
Power Rating	7.5 kW to 37 kW
Rotational Speed	1450 / 130 RPM
Drive Type	Submersible gearbox
Impeller Type	Low-speed, high-efficiency
Operation Mode	Inverter controlled
Installation Depth	Suitable for deep tanks
Material Construction	Corrosion-resistant materials

Working Principle

The Submersible Aerator SCLK combines mechanical mixing and aeration in a submerged configuration. The system uses a low-speed impeller, powered by a submersible gearbox, to agitate the liquid and disperse oxygen. An integrated air intake allows air to be drawn into the system and broken into fine bubbles, ensuring maximum oxygen transfer.

Using an inverter, the unit automatically adjusts the impeller speed and airflow rate to match real-time oxygen demands. This enhances treatment efficiency while conserving energy. Its submerged design also minimizes noise and allows installation without tank draining.

Operational Advantages

Precise Oxygen Management via Inverter Modulation
Compact & Submersible System: requires no above-ground space
Low Noise, Low Vibration: ideal for noise-sensitive sites
Minimal Maintenance: reduced wear from low-speed operation
Energy Efficiency: cuts operational costs by up to 30% in variable loads
Rugged Design: performs reliably in harsh industrial wastewater conditions

Why Choose ArCh Enviro

At ArCh Enviro, we design wastewater treatment equipment with precision, reliability, and energy efficiency in mind. The Submersible Aerator SCLK is a result of extensive field research, tested to meet the demands of Indian industrial conditions.

We also offer a complete range of compatible treatment solutions, including Jet Aerator Systems and Screw Conveyor Compactors, giving you a single trusted source for process integration.

Choose ArCh Enviro for:

Proven industry applications
Reliable after-sales support
Custom engineering and design
Long-term performance in harsh effluents

Frequently Asked Questions

Q1. What type of tanks is the Submersible Aerator SCLK suitable for?
It is ideal for deep aeration tanks and equalization basins in both industrial and municipal settings.

Q2. Can it handle high concentrations of sludge?
Yes, the unit is built to operate effectively in heavy sludge and industrial effluent applications.

Q3. Is the aerator energy efficient?
Absolutely. The use of inverter-based individual control significantly reduces energy consumption, especially under variable loads.

Q4. Does it require complex maintenance?
No. With low-speed rotation and a sealed submersible gearbox, the system offers low wear and easy maintenance.