AeroMix
Advanced Submersible Mixing for Wastewater Treatment
Efficient mixing is essential for effective wastewater treatment. In large basins and lagoons, inadequate circulation often leads to sludge accumulation, uneven treatment performance, and unpleasant odors. These issues not only compromise effluent quality but also increase operational costs.
Conventional mixing equipment is frequently energy-intensive, prone to clogging, and demanding in terms and maintenance- making them unsustainable in the long run.
The AeroMix has been engineered to challenge these obstacles. Designed for continuous submersible operation, it delivers:
- Superior circulation that eliminates dead zones and ensures uniform mixing
- Optimized energy efficiency, reducing power consumption compared to traditional systems
- Robust, durable construction that resists wear and extends service life
By combining performance, efficiency, and reliability, the AeroMix provides a practical and sustainable mixing solution for modern wastewater treatment facilities.
How It Works
The AeroMix is designed to achieve complete and balanced mixing within wastewater basins and lagoons by combining both horizontal and vertical flow patterns. This ensures uniform circulation across the entire water column, eliminating dead zones and enhancing biological treatment efficiency.
Adjustable Intake
The system draws oxygen-rich water from the surface and circulates it throughout the basin. This controlled intake improves oxygen availability across all levels, supporting aerobic microorganisms and preventing localized oxygen deficiencies.
Long-Distance Circulation
The optimized impeller design generates a strong, far-reaching flow that maintains consistent circulation across large treatment areas. By removing stagnant zones, it prevents sludge accumulation, odor formation, and uneven treatment performance.
Deeper Aerobic Zone
Through effective vertical mixing, the AeroMix establishes a larger aerobic zone within the water column. This expanded oxygenated environment supports more vigorous microbial activity, resulting in faster pollutant breakdown and more reliable wastewater treatment.
With this ability to maintain stable water quality, improved oxygen transfer, and higher overall efficiency, the AeroMix delivers consistent performance in diverse wastewater treatment applications.
Key Features
The AeroMix is engineered to provide robust and energy-efficient mixing performance while minimizing operational complexity. Its design incorporates advanced engineering and high-quality materials to ensure long-term reliability in demanding wastewater environments.
Ultra Efficient Performance
Operating at less than 100 watts, the AeroMix delivers mixing output equivalent to conventional mixers rated up to 40 kW. This unmatched energy efficiency translates directly into lower operating costs without compromising circulation performance.
Durable Construction
Manufactured from stainless steel and corrosion-resistant polymers, the mixer is designed to withstand harsh wastewater conditions. The rugged build ensures a long service life with minimal performance degradation over time.
Clog-Free Design
The optimized impeller and intake configuration prevent blockages even in environments with high solids concentrations. This reduces unplanned downtime and ensures consistent operation under variable loading conditions.
Low Maintenance
With few moving parts and a streamlined design, the mixer requires minimal servicing. It is also safe to operate in dry-run conditions without risk of damage, further reducing maintenance demands.
Flexible Power Options
Available in both grid-powered and air-driven configurations, the AeroMix offers adaptability to a wide range of installations. It is compatible with single-phase power supply, simplifying integration into existing facilities.
Customizable Intake
The intake can be tailored to specific process requirements, enabling optimized circulation and oxygen distribution for each application. This ensures maximum performance across diverse wastewater treatment scenarios.
Major Benefits
The AeroMix is designed to deliver measurable improvements in both operational performance and environmental outcomes. By combining advanced mixing efficiency with a sustainable design, it provides significant advantages for wastewater treatment facilities.
Reduced operational costs
With extremely low energy demand, the mixer minimizes electricity consumption, directly lowering operating expenses. Facilities benefit from long-term cost savings without compromising treatment quality.
Enhanced Treatment Efficiency
Through improved oxygen distribution and mixing, the AeroMix achieves better reduction of BOD, ammonia, and phosphorus. This ensures more effective biological treatment and consistently higher effluent quality.
Effective Odor Control
By preventing the formation of anaerobic zones, the system reduces the release of foul gases and odors. This creates a cleaner and safer working environment for operators and surrounding communities.
Efficient Sludge Digestion
Improved circulation accelerates the breakdown of organic matter, supporting faster sludge digestion and reducing the volume of residual solids requiring disposal. This contributes to lower handling and disposal costs.
Improved Regulatory Compliance
The system supports consistent compliance with discharge regulations by lowering coliform counts and improving overall effluent clarity and stability. Facilities can reliably meet both local and international environmental standards.
Sustainable, Eco-Friendly Technology
The AeroMix is a low carbon footprint solution that enhances biological processes without the need for chemical additives. Its design aligns with modern sustainability goals, supporting greener wastewater management practices.
Choose AeroMix
Industries and municipalities rely on the AeroMix for its proven track record of performance and reliability in demanding wastewater treatment applications. Engineered for continuous operation, the mixer ensures long-term durability, stable treatment processes, and minimal unplanned downtime.
By significantly reducing energy consumption and maintenance requirements, facilities achieve a rapid return on investment (ROI) while maintaining compliance with environmental regulations.
Every installation is supported by AWATECH’s technical expertise and experience in advanced water treatment technologies, ensuring that each solution is tailored to meet the specific needs of the facility.
Ready for Cleaner, More Efficient Mixing?
Upgrade your wastewater treatment process with the AeroMix-a solution designed for reliability, energy efficiency, and long-term sustainability.
Contact our team today for a consultation, technical guidance, or a customized proposal tailored to your facility’s needs.
Awatech Solutions (I) Pvt. Ltd.
Contact no. 9979849815
Email: info@awatech.in / sales@awatech.in
Experience the difference of advanced mixing technology-efficient, cost-effective, and built for the future.
AWA Ring Aerator
The Next Generation of Wastewater Aeration
Outdated aeration systems are one of the most energy intensive process and often can create operational challenges. Traditional aerators waste energy, demand frequent maintenance, and struggle to consistently meet modern environmental standards. Upgrading can feel impossible- specially for large lagoons or older facilities.
The AWA Ring Aerator Fine Bubble Diffused Aeration Systems has been developed to address these challenges directly. Engineered with advanced diffuser technology and optimized airflow distribution, it provides superior oxygen transfer efficiency, reduced energy consumption, and extended service life. This results in a reliable, cost – effective, and sustainable aeration solution that supports compliance with environmental regulations while reducing the overall cost of operation.
How Does It Work?
The AWA Ring Aerator features an innovative clog-free diffuser and precise air distribution system. This configuration ensures optimal oxygenation and gentle mixing by releasing a constant stream of fine bubbles across the entire water column- without stirring up bottom sediments. This uniform oxygenation:
Supports Beneficial Aerobic Microorganisms
A steady supply of dissolved oxygen creates favorable conditions for aerobic bacteria to thrive. Theses microorganisms play a central role in the natural breakdown of organic wastes, ensuring a biologically driven, reliable, and chemical-free treatment process.
Breaks Down Pollutants and Volatile Organic Compounds
The fine bubble diffusion accelerates the degradation of organic pollutants and volatile organic compounds (VOCs). By maintaining higher oxygen transfer rates, the system enables faster biochemical reactions, leading to improved contaminant removal efficiency.
Creates a Cleaner, More Stable Treatment Process
Even oxygen distribution across the lagoon or tank minimizes the formation of anaerobic zones, which are often responsible for odors, sludge buildup, and inconsistent treatment performance. The result is a more predictable and stable treatment environment, reducing process variability.
Efficiently Reduces BOD, COD, and TSS
Biochemical Oxygen Demand (BOD) id reduced through enhanced microbial activity that consumes organic pollutants. Chemical Oxygen Demand (COD) is lowered by efficient oxidation of organic and inorganic compounds. Total Suspended Solids (TSS) is decreased by improving settling characteristics and preventing solids from resuspending.
Flexible integration
The AWA Ring Aerator can be installed in new treatment systems or easily retrofitted into existing infrastructure. It functions effectively in both above-ground basins and in-basin applications, making it versatile solution for municipal and industrial facilities.
Proven Features & Benefits
- High Removal Rates – The system achieves up to 95% reduction in BOD & TSS, significantly improving effluent quality. Enhanced oxygen transfer supports microbial activity, accelerating the breakdown of organic matter and ensuring compliance with stringent discharge regulations.
- Durable Build – Manufactured using stainless steel and advanced composite materials, the aerator is built to withstand harsh wastewater environments. Its corrosion resistance and structural strength ensure long service life, even after continuous operation.
- Minimal Maintenance – The clog-resistant diffuser design eliminates blockages that commonly affect traditional aeration systems. With virtually no moving parts in water, the system requires minimal servicing, reducing downtime and lowering maintenance costs.
- Energy Savings – Optimized airflow and efficient bubble distribution result in lower power consumption compared to conventional aeration technologies. This translates to substantial reductions in operating expenses and a faster return on investment.
- Eco Friendly Treatment – The AWA Ring Aerator supports a 100% natural, biological treatment process. No chemicals are required, minimizing environmental impact while maintaining safe, sustainable wastewater management practices.
- Reliable Performance – Engineered for stable operation across variable conditions, the system delivers consistent aeration performance in municipal, industrial, and lagoon applications. It continues to perform effectively even in fluctuating loads or challenging field conditions.
Trusted by Business Communities
The AWA Ring Aerator is a proven solution adopted by industries, municipalities, and wastewater treatment facilities that require dependable performance. Organizations choose this system because it consistently delvers:
- Regulatory Compliance – Reliable reduction of BOD, COD, and TSS ensures facilities meet local and international discharge standards.
- Operational Efficiency – Optimized oxygen transfer and reduced energy demand lower running costs without compromising treatment performance.
- Rapid Return On Investment (ROI) – Energy savings, minimal maintenance, and extended equipment life contribute to faster payback periods.
Engineered for real-world operating conditions, the AWA Ring Aerator ensures reliability, efficiency, and sustainability-making it a trusted choice for both public sectors and private facilities.
Upgrade Your Wastewater Treatment!
Outdated aeration systems can restrict performance, increase operating costs, and make it difficult to meet environmental standards. The AWA Ring Aerator Fine Bubble Diffused Aeration System offers a reliable upgrade path – delivering cleaner effluent, improved energy efficiency, and long-term sustainability.
Whether for a municipal treatment plant, and industrial facility, or a lagoon system, the AWA Ring Aerator provide a proven solution that enhances process stability while reducing operational challenges.
Call or Email Now – Make Your Water More Cleaner and More Sustainable!
Aqua-Jet® Surface Mechanical Aerator
The Industry’s Most Trusted Solution for High-Efficiency Aeration
Aeration remains one of the most energy-intensive and operationally critical processes in wastewater treatment. Many conventional aerators struggle with inconsistent oxygen transfer, high maintenance requirements, and frequent mechanical failures - leading to increased energy usage and downtime for both municipal and industrial facilities.
The Aqua-Jet® Surface Mechanical Aerator has set the industry benchmark for durability, oxygen transfer efficiency, and long-term performance. Engineered with a robust direct-drive system and built using premium material, Aqua-Jet® consistently delivers superior aeration and mixing. Its proven design has outlasted competing aerators by a ratio of 2 to 1, making it one of the most reliable surface aeration technologies available today.
Whether used in lagoons, oxidation ditches, SBRs, equalization basins, or industrial applications, Aqua-Jet® ensures uniform mixing, optimal microbial activity, and dependable oxygenation under all loading conditions.
How It Works
Aqua-Jet® aerator utilizes a powerful mechanical pumping and spray-dispersion mechanism to maximize oxygen transfer and maintain uniform mixing throughout the basin.
Efficient Oxygen Transfer Mechanism
During operation:
- Basin water is drawn up through the stainless steel intake cone
- Water accelerates through the volute and into the precision-engineered diffusion head
- The diffusion head disperses water into a highly aerated spray pattern
Oxygenation occurs at two critical stages:
- When water exits the diffusion head, creating maximum air-water interface
- As the spray re-enters the basin surface, promoting rapid oxygen absorption
This dual-stage transfer ensures exceptional aeration efficiency while simultaneously mixing the basin, preventing solids settling and dead zones.
Proven Features & Engineering Specifications
High-performance Motor
- Severe-duty TEFC motor with Class F insulation
- 1.15 service factor for continuous operation
- Backed by a standard 3-year warranty
Precision Diffusion Head
- Single-piece monolithic 304 SS casting
- Provides stable, vibration-free operation
Robust Motor Shaft
- One-piece 17-4 PH stainless steel shaft
- No couplings – minimizes wear and mechanical failure
Durable Float Assembly
- Fiberglass or 304 SS exterior
- Closed-cell polyurethane foam core prevents sinking
- Heavy-wall stainless steel volute for long service life
Non-Clog Propeller
- Two-blade precision-cast 316 SS or 15-5 SS design
- Engineered for uninterrupted operation even under heavy solids load
Optimized Hydraulic Components
- 304 SS intake cone and anti-vortex cross
- Maintains minimum headloss for superior performance
Benefits That Matter
- Vibration-limiting design, with water velocity <0.3 in/sec
- High oxygen transfer efficiency backed by decades of field performance
- Powerful mixing ensures uniform basin conditions and enhances biological treatment
- Quick and flexible installation for new and retrofit applications
- Retrievable units for easy inspection and servicing
- Various mooring options available for site-specific requirements
- Endura® Series motors reduce energy consumption and lower long-term O&M costs
- Short lead times for fast deployment and project readiness
Engineered for harsh wastewater conditions, Aqua-Jet® operates reliably in fluctuating loads, extreme environments, and continuous duty cycles.
Upgrade Your Aeration System with Aqua-Jet®
Aging aerators can increase operating costs, reduce biological performance, and limit your plant’s ability to meet regulatory requirements. The Aqua-Jet® Surface Mechanical Aerator offers a proven path to higher efficiency, reduced energy usage, and long-term operational stability.
Whether for municipal lagoons, activated sludge basins, industrial wastewater systems, or retrofit projects, Aqua-Jet® delivers unmatched reliability and performance.
AquaDDM® - High Efficiency Mixing for Advanced Biological Treatment
Efficient mixing is a critical requirement in modern wastewater treatment. Poor circulation and dead zones can compromise biological reactions, reduce nitrogen and phosphorus removal efficiency, and increase overall operating costs. Traditional surface mixers, submersible mixers, and horizontal units often struggle with uneven blending, mechanical complexity, and limited service life – especially in challenging basin configurations.
The AquaDDM® is engineered to redefine mixing performance. Designed to deliver 3-4 times the mixing capacity of aerators of the same size, AquaDDM® provides maximum hydraulic efficiency with dramatically lower power consumption. Its vertical down-flow pattern ensures deep, uniform mixing from surface to floor – eliminating short-circuiting and dead zones while supporting stable biological reactions.
With no gear reducers, submerged bearings, or submerged seals, AquaDDM® offers unmatched reliability, simplified maintenance, and energy-efficient operation for anoxic, anaerobic, and general mixing applications.
How It Works?
AquaDDM® utilizes a powerful vertical down-flow mixing mechanism to generate high turnover rates and complete basin uniformity.
Deep, High-Rate Circulation
During operation:
- The mixer pulls surface liquid into the intake
- Water is driven downward in a high-volume flow column
- Regenerative flow and entertainment accelerate mass transfer
- The continuous circulation pattern creates intensive mixing throughout the basin
This down-flow design provides rapid turnover, strong vertical currents, and full top-to-bottom interaction – far superior to the limited reach of horizontal or side-entry mixers.
Ideal for Anoxic Mixing & Nutrient Removal
AquaDDM® is engineered specifically for sensitive biological zones:
- Denitrification basins
- Phosphorus removal zones
- Anoxic and anaerobic reactors
Unlike submersible or side-entry mixers, AquaDDM® eliminates short-circuiting, prevents stagnant pockets, and maintains consistent reaction conditions – essential for high-performance nutrient level.
Because it operates without gear reducers, submerged seals, or underwater bearings, AquaDDM® offers exceptional long-term reliability and minimal downtime.
Proven Features & Engineering Specifications
Wide Power Range (1-75 HP)
Available in FSS and SS models to match a variety of basin sizes and mixing intensities
Adaptable to Most Basin Configurations
Its floating design automatically adjusts to changing water depths and operating conditions
Anti-fouling Impeller
Precision-engineered impeller geometry ensures non-clog operation and consistent hydraulic output.
High-Volume Downflow Pattern
Eliminates short circuiting, enhances mass transfer, and ensures uniform mixing in large or complex basins.
Submerged Intake volute
Prevents air entrainment and maintains stable hydraulic performance.
Minimal Surface Disturbance
Designed to reduce splashing and foaming – ideal for sensitive biological zones.
One-Piece Stainless Steel Shaft
No couplings or submerged bearings ensure long-lasting durability and low maintenance.
Benefits That Matter
- Lower capital cost compared to slow-speed, gear-reduced mixers
- Simplified installation with no submerged mechanical components
- Greater reliability than directional or submersible mixers
- High-efficiency mixing reduces overall energy consumption
- Endura® Series motor options maximize performance and O&M savings
- Significantly improved basin hydraulics, eliminating dead zones and performance inconsistencies
AquaDDM® is built for continuous duty and engineered to thrive in demanding wastewater environments.
Upgrade Your Mixing with AquDDM®
Inefficient mixing can limit biological performance, increase energy costs, and reduce treatment reliability. The AquaDDM® delivers powerful, consistent, and energy-efficient mixing engineered for the next generation of wastewater treatment.
Whether for anoxic basins, nutrient removal processes, industrial reactors, or retrofit installations, AquaDDM® offers unmatched hydraulic efficiency and long-term durability.
