Jet-Helix – High Yield for Wastewater Treatment Systems
Maximize Wastewater Treatment Efficiency with Jet-Helix Technology
The Jet-Helix – High Yield, designed by Process Engineering (PE), is a cutting-edge solution for optimizing aeration and oxygen transfer in wastewater treatment systems. This high-efficiency aerator is engineered to enhance oxygenation, boost treatment capacity, and improve overall system performance, making it ideal for both industrial and municipal wastewater treatment plants.
Key Features and Benefits
- High Oxygen Transfer Efficiency: The Jet-Helix – High Yield ensures maximum oxygen transfer, improving the biological treatment process and promoting better breakdown of organic matter in wastewater.
- Compact and Durable Design: Built with corrosion-resistant materials, this equipment offers long-lasting performance even in harsh wastewater environments while maintaining a compact footprint for easy installation.
- Increased Energy Efficiency: By delivering high oxygen transfer with low energy consumption, the Jet-Helix reduces operational costs and increases sustainability in wastewater treatment processes.
- High Yield Performance: The system’s advanced design enhances treatment capacity, allowing for higher throughput in both industrial and municipal applications.
Application of Jet-Helix – High Yield
- Pharmaceutical industry
- Chemical-pharmaceutical industry
- Oil and gas
- Chemical industry
- Paper industry
- Mechanical and automotive industry
- Rubber and latex industry
- Petrochemical industry
- Rubber thread manufacturing
- Refineries
- Oil recovery industries
- Metal recovery industries
How the Jet-Helix – High Yield Works
The Jet-Helix – High Yield operates by injecting air into the wastewater through a specially designed helix system. This technology creates a powerful jet stream that maximizes the contact between air and water, leading to high oxygen transfer efficiency. The combination of jet propulsion and helix structure ensures thorough mixing, allowing for faster and more effective aeration.
The advanced design promotes efficient oxygen distribution throughout the treatment tank, ensuring that the aerobic biological processes are optimized for faster breakdown of organic contaminants, resulting in cleaner effluent.
Why Choose Process Engineering’s Jet-Helix – High Yield?
With a strong reputation in the field of wastewater treatment, Process Engineering (PE) offers reliable and innovative solutions like the Jet-Helix – High Yield that help facilities achieve their treatment goals efficiently and cost-effectively.
Proven Performance: Process Engineering has a track record of delivering high-performance wastewater treatment equipment that meets the demanding needs of both industrial and municipal plants.
Sustainability: The Jet-Helix – High Yield reduces energy consumption while improving treatment capacity, making it an eco-friendly solution for modern wastewater treatment challenges.
Specifications of the Jet-Helix – High Yield
- Material: Corrosion-resistant stainless steel and high-quality polymers
- Oxygen Transfer Rate: High-efficiency oxygen transfer for optimal treatment
- Size Options: Available in various sizes to meet different treatment plant requirements
- Energy Usage: Energy-efficient design reduces power consumption
- Maintenance: Minimal maintenance required for long-term, reliable performance
Aerobic Treatment and Aeration
- Civil and domestic waste
- Industrial waste
- Mixed waste
- Special waste
Jet-Helix Pumping Capacity
In addition to its high oxygen transfer capacity, as shown by the Oxygen Curves, the Jet-Helix Diffuser also functions as a liquid pump. The hydraulic pumping capacity depends on the height of the diffuser.
This additional feature of the Jet-Helix enables:
- Water recirculation
- Mixing
- Agitation within the basin
These functions help prevent:
- Solid deposits
- The formation of “calm zones” in aeration tanks.
Hydraulic Pumping Capacity
The total hydraulic output to the surface per Jet-Helix (Q T, measured in m³/day/Jet-Helix) depends on the following factors:
- QL: Total flow through the Jet-Helix
- S: Free net distance above the Jet-Helix
- Jet-Helix diameter
The overall flow rate (Q T) is determined by the amount of air supplied through the Jet-Helix. The reported data was obtained using an air flow of 22 SCFM..
Jet-Helix : Materials and Product Data Sheet
The Jet-Helix diffuser is exclusively manufactured by PE.
To ensure the highest quality, we follow strict procedures and use top-grade materials for the construction of the Jet-Helix – High Yield Diffuser, including:
- Brackets: Made from stainless steel (SS AISI)
- Packing: HDPP
- Parts: Other components made from HDPP
You will find the product data sheet for the Jet-Helix, including its key technical properties.
Expertise and Experience: With over 5,500 units built and supplied across more than 260 wastewater treatment plants (WWTP), the Jet-Helix has proven to be the top choice for wastewater treatment applications since its patent.
