Ring Blower 1A

Ring Blower are available in single stage (one impeller), double stage (two impeller) configurations. The impeller is directly mounted to the motor shaft, providing powerful force without undue friction. The bearings are outside the air compression chamber, ensuring maximum operational reliability & durability under high differential pressure.

Cleantek Double stage Ring blower is an compact and direct drive air blower model used in various suction and pressure applications. It is produced in single impeller fan and double impeller fan design to increase the delivery pressure. To achieve high efficiency electric motor and blower impeller is directly fitted. This ring blower available in regular IE2, IE3,  IP55 protection, Belt drive and IP65 Explosion proof versions. 

We are the leading oxygen blower suppliers in Aquaculture. Our Ring Blower system are used to increase the dissolved Oxygen Level in an Lake / Pond Aquaculture units. Our bLowers are Cost Effective and Low maintenance.

Single stage models used  for High volume and medium pressure applications like aeration upto 3 meter water height. Double stage Blowers are used for Less Volume with high pressure applications like Sewage water Treatment. Oxygen transfer efficiency increases in diffused-air aeration systems with tank depth and the amount of time the air bubbles remain in the water column. As a result, diffused-air aeration systems are more efficient in deeper water than in shallow ponds. 

Diffuser systems work primarily by moving deeper waters to the surface and creating a constant mixing or destratifying effect. Secondarily, oxygen is transferred into the water column as the air bubbles rise to the surface. By keeping the pond water constantly mixed, a diffused air system may prevent low dissolved-oxygen emergencies from occurring.
 

Recently cleantek used ring blower in following application:

1. Wastewater & Sewage Treatment

Ring blowers are widely used for aeration in wastewater treatment plants to supply oxygen for biological processes.

• Fine-bubble diffused aeration systems
• Septic and bio-reactor systems
• Odor control and sludge agitation

Why now? Energy efficiency and lower maintenance than mechanical aerators.

2. Pneumatic Conveying & Material Handling

Used in industries like food, pharmaceuticals, plastics, and chemicals to move powders, granules, and small parts using air streams.

• Tablet and capsule conveying in pharma
• Plastic resin transfer
• Food ingredients transport

Trend: Zero contamination and gentle handling for delicate products.

🔹 3. Aquaculture & Fish Farming

Ring blowers supply oxygen to fish tanks and ponds:

• Recirculating Aquaculture Systems (RAS)
• Aerated net cages and hatcheries
•  

Benefit: Stable dissolved oxygen improves fish health and growth.

 4. Industrial Vacuum Systems

In cleaning and material pickup applications:

• Central vacuum cleaning
• Dust and debris extraction
• CNC machine cleaning

Modern use: Integrated with smart sensors for automated cleaning cycles.

5. Waste Sorting & Recycling

Used for air separation in recycling lines to sort plastics, paper, metals using air jets and suction.

Impact: Improves recycling accuracy and throughput.

6. Medical, Dental & Lab Equipment

Delivering clean air or vacuum for:

• Suction in dental chairs
• Laboratory fume hoods
• Respiratory support systems (non-critical)

Their oil-free, quiet operation makes them ideal where air purity matters.

7. Environmental & Emissions Control

Ring blowers power:

• Vapor recovery units
• Soil remediation systems
• Air sparging for groundwater cleanup

Focus: Compliance with stricter environmental standards.

8. Printing, Packaging & Textile Machines

Provide air knives, drying air, and cooling jets in:

• Flexographic and digital printing
• Packaging sealing and film tensioning
• Textile drying and winding

Advantages: Non-contact blowing and precise airflow control.

9. 3D Printing & Additive Manufacturing

Used for material handling, filament cooling, and air support systems in large-format 3D printers.

Trend: As additive manufacturing scales, reliable air delivery becomes essential.

10. Electric Vehicle (EV) Battery Cooling

Emerging use in cooling modules for battery packs and thermal management systems to ensure performance and safety.

11. Greenhouse & Controlled Agriculture

Used to:

• Control CO₂ distribution
• Improve air circulation
• Manage humidity

Supports precision farming techniques.

12. Aeration in Bioreactors & Fermentation

In biotech and food processing for:

• Yeast fermentation
• Probiotic cultures
• Biopharmaceutical synthesis

Why? Oil-free air improves product purity and process control.

Related Products:

• Double stage ring blower
   

                                RING BLOWER - TECHNICAL SPECIFICATIONS

Cleantek Ring Blower in Agricultural Farming: A Success Story in Panchagavya and Fertilizer Mixing:

Client: Medium-Sized Agricultural Farm

Industry: Organic Farming

Problem: 

The farm, known for its organic produce, faced challenges in preparing and applying natural fertilizers like Panchagavya and other organic mixtures. Panchagavya, a traditional Indian bio-fertilizer made from five cow products (milk, curd, ghee, urine, and dung), requires thorough mixing and aeration to be effective. The farm's manual mixing process was labor-intensive, inconsistent, and time-consuming, leading to several issues:

• Inefficient Mixing: Manual mixing of Panchagavya and other organic fertilizers resulted in uneven consistency, affecting the efficacy of the fertilizer.
• Labor Intensive: The process required significant manual labor, leading to high labor costs and worker fatigue.
• Time Consumption: Preparing large batches of fertilizer manually was time-consuming, limiting the amount of fertilizer that could be produced and applied.
• Inconsistent Application: Due to inconsistent mixing, the nutrient distribution in the fertilizer was uneven, impacting crop health and yield.

Objectives:

• Improve mixing consistency of Panchagavya and organic fertilizers.
• Reduce labor intensity and costs.
• Decrease time required for fertilizer preparation.
• Ensure consistent application of nutrients to enhance crop health and yield.

Solution:

The farm invested in a Cleantek ring blower to automate and enhance the mixing process of Panchagavya and other organic fertilizers. The ring blower, known for its high-pressure and consistent airflow, was integrated into the fertilizer preparation system.

Key Features of the Cleantek Ring Blower:

• High-Pressure Airflow: Provides strong and steady air pressure, ideal for thorough mixing of liquids and semi-liquids.
• Efficient Aeration: Ensures that the mixture is well-aerated, improving the quality and effectiveness of the fertilizer.
• Durable and Low Maintenance: Designed for continuous operation with minimal maintenance requirements.
• Energy Efficient: Operates efficiently, reducing energy consumption and operational costs.

Implementation:

The Cleantek ring blower was installed and integrated into the farm's existing fertilizer preparation system. Comprehensive training was provided to ensure efficient operation and maintenance of the new system.

Results:

• Consistent Mixing: The high-pressure airflow from the ring blower ensured that Panchagavya and other organic fertilizers were mixed thoroughly and uniformly. This resulted in a consistent product with evenly distributed nutrients.
• Reduced Labor: Automation of the mixing process drastically reduced the need for manual labor, cutting labor costs and reducing worker fatigue.
• Increased Production Capacity: The time required to prepare large batches of fertilizer was significantly reduced, allowing the farm to produce and apply more fertilizer within the same timeframe.
• Enhanced Fertilizer Quality: Better aeration improved the overall quality of the fertilizer, enhancing its effectiveness in promoting plant growth and health.

Measurable Impact:

• Labor Cost Reduction: Labor costs associated with fertilizer preparation were reduced by 60%.
• Production Efficiency: The time taken to prepare fertilizer batches was cut by 50%, doubling the farm's production capacity.
• Crop Yield Improvement: The use of consistently mixed and high-quality fertilizer led to a 40% increase in crop yield.
• Operational Cost Savings: Overall operational costs were reduced by 20% due to increased efficiency and lower energy consumption.

Conclusion:

The successful implementation of the Cleantek ring blower revolutionized the farm's fertilizer preparation process. This case highlights the transformative impact of technology in agriculture, demonstrating how modern equipment can enhance traditional farming practices, leading to improved productivity, cost savings, and better crop yields.