Product Overview CyclOxy-ASP Jet Aerator Logo by ArCh Enviro CyclOxy Jet Aerator Patent Certificate India CyclOxy-ASP Jet Aerator in STP/ETP Application CyclOxy-ASP Jet Aerator is a patented, Make-in-India innovation by ArCh Enviro. It is the first jet aeration system in India with a patent specifically for wastewater treatment. Designed for high efficiency and low maintenance, this system combines fine bubble aeration and powerful mixing in one compact unit. Operating at 1400 rpm, the CyclOxy Jet Aspirator creates a vacuum to draw in atmospheric air. The air is transferred through a hollow shaft and dispersed underwater via an advanced Air Jet Screw. This results in optimal oxygen diffusion and uniform mixing, making it ideal for ETP and STP aeration tanks. If you’re looking for a silent, compact, and cost-effective solution with no blowers or piping, CyclOxy-ASP is the smart choice. “INNOVATIVE & PATENTED PRODUCT ” We are the first company in India to receive a patent for jet aeration technology. CyclOxy-ASP is a result of continuous innovation in aeration design, offering improved performance and long-term durability for wastewater treatment plants. Key Features Optimized Oxygen Transfer Efficiency: 1.8 to 2.0 kg O₂/kWh Dual Functionality: Superior mixing and fine bubble aeration Complete equipment – no blowers or diffuser piping required Silent operation: Noise level < 85 dBA Zero membrane clogging or frequent cleaning Minimal maintenance and easy handling Quick installation: Options for float, bridge, or wall mounting Wetted parts: Stainless Steel 304/316 Structural supports: Stainless Steel 304/316 High-buoyancy PUFF-filled floats/ LDPE Floats 2-year warranty for worry-free performance Mounting Options Float Mount Assembly Uni-Float Mount Assembly Fixed Mount Assembly Each configuration is designed for quick deployment and stability, even in fluctuating flow conditions. Operational Advantages No need for air blowers, diffusers, or pipelines Low noise and low energy consumption Suitable for new installations and retrofits High oxygenation for efficient BOD/COD reduction Reduces project cost by eliminating ancillary systems Applications Sewage Treatment Plants (STPs) Effluent Treatment Plants (ETPs) Common Effluent Treatment Technical Specifications Parameter Specification Technology Type Jet Aspirator Aerator Operating RPM 1400 RPM Oxygen Transfer Efficiency 1.8 – 2.0 kg O₂/kWh Motor Rating Customised as per application Mounting Options Float Mount, Uni-Float, Fixed Mount Material (Wetted Parts) Stainless Steel SS304 / SS316 Material (Support Structures) MSGI / Stainless Steel SS304 / SS316 Float Type PUFF-filled, High-Buoyancy Floats Noise Level < 85 dBA Required Accessories None (No blowers or diffusers required) Installation Wall-mounted, Bridge-mounted, or Floating Warranty 2 Years Why Choose ArCh Enviro Over a decade of expertise in wastewater treatment systems Indian-engineered and patented solutions PAN India service and technical support Proven performance across both government and private sectors ArCh Enviro provides a full range of wastewater treatment equipment designed for industrial and municipal applications. Frequently Asked Questions Q1. Is the CyclOxy-ASP Jet Aerator energy efficient? Yes. It offers high oxygen transfer rates (1.8 to 2.0 kg O₂/kWh) which translates to lower energy consumption per unit of treatment. Q2. Does it require a blower or diffuser piping? No. It’s a standalone aeration system and does not need external air blowers or piping systems. Q3. Is it easy to install? Yes. It can be mounted using float, bridge, or wall supports, and comes with simplified installation hardware. Q4. How often does it need maintenance? The aspirator features a self-cleaning design with no bearings in the submerged section, so no consumable kits are required. This results in minimal maintenance on your end. Q5. Is it suitable for retrofitting existing tanks? Yes, the aspirator can be installed easily without major structural modifications. There is no need to empty the aeration tank, and installation can typically be completed within a few hours.