ABOUT MAZZEI

Mazzei, a leader in the design and manufacture of fluid mixing and contacting technologies, provides systems and components for ozone, aeration and chemical treatment for water and wastewater.

Using in-house Computational Fluid Dynamics (CFD) multiphase flow modeling, Mazzei designs, analyzes and optimizes its products and multi-component contacting systems. When running simulations, Mazzei possesses the capability to take into consideration turbulent flow regimes, gas volume fractions, bubble size distributions, chemical reactions, species transport, local mixing, mass transfer and more.

The combination of proven design excellence, diligent and robust modeling practices, coupled with careful physical experimentation, allows Mazzei to design and optimize mixing and mass transfer performance. Mazzei is able to solve problems before they occur, and where problems exist in a current system, they are able to help customers pinpoint them and develop solutions. Whether you are retrofitting a facility or building a state of the art new one, Mazzei delivers exceptional performance, efficiency, reliability, ease and value. 

With hundreds of installations and backed by over 35 years of experience, Mazzei can become part of your process design team to ensure the success of your specific application. Whatever your operation or application—whether you’re mixing or contacting, aerating or irrigating—Mazzei can deliver a better cost-effective solution.

CONTACT INFORMATION

Mazzei Injector Company, LLC

500 Rooster Drive

Bakersfield, CA 93307

UNITED STATES

Phone: 661-363-6500

Fax: 661-363-7500

FEATURED PRODUCTS

  • GDT Mixing & Contacting Systems
    GDT Mixing & Contacting Systems

    The GDT™ Process starts with the creation of ozone from an Ozone Generator. The ozone is then drawn into a Mazzei®Venturi Injector which provides dynamic mixing (a Back Pressure Control Valve adjusts injector outlet pressure optimizing ozone mass transfer in the system). Then mixing and contacting is enhanced in a Flash Reactor™. From there the two-phase flow travels to the Degas Separator (DS) & Relief Valve for additional mixing and entrained gas removal. And finally, the MTM Mixing Nozzles force dissolved ozone flow into the untreated water in the pipeline or basin for thorough mixing.

  • Pipeline Flash Reactors for Mixing & Contacting
    Pipeline Flash Reactors for Mixing & Contacting

    Pipeline Flash Reactors™ (PFRs or spool pieces) utilize high velocity mixing to transfer ozone or oxygen-enriched sidestreams into bulk water flow, all within a compact footprint. With a PFR, ozone or oxygen mass transfer occurs in the pipeline within seconds, eliminating the need for additional tanks or basins. Whether it is providing ozone for water purification or increased dissolved oxygen for wastewater, Mazzei’s PFR uniformly distributes gas into the water and minimizes the size and cost of gas contacting.

  • Injection Skids
    Injection Skids

    Mazzei injection systems are designed using the Mazzei’s patented technologies to obtain the most efficient mixing and contacting of air, oxygen, ozone or chemicals into a water stream.

  • Nozzle Manifold Systems & Mixing Nozzles
    Nozzle Manifold Systems & Mixing Nozzles

    Mazzei MTM Mixing Nozzles provide dynamic mixing under pressure, which results in great mass transfer. When used in conjunction with the patented Mazzei® Injector, these nozzles dramatically enhance system mixing and contacting performance. Mazzei nozzles allow the delivery of treatment gases to any depth — all within a compact design, with trouble-free operation and easy installation. Many models are available for various applications.

  • Degas Separators And Degas Relief Valves
    Degas Separators And Degas Relief Valves

    The GDT™ Degas Separator is a patented centrifugal vortex unit that separates entrained and stripped gases from liquid (water) based on the density difference between the gas and liquid. Its unique compact design quickly and effectively separates unwanted entrained gases — such as ozone, chlorine, or methane — and requires far less space than traditional gas separators. It enables gas separation with pressure differentials of 5% or lower and at varible flows. The self-cleaning design significantly reduces maintenance and downtime, and it includes no moving parts that can wear out, break down, or require service.