Alzeta Corporation

6 products found

Products

  • Advanced Burner Products

  • Ultra Low NOx Emission Burners

    Ultra Low NOx Emission Burners

    Ultra low NOx burners are required in many areas of California as well as several other states.  All of ALZETA’s burner technologies can deliver less than 7 ppm NOx in most applications.  Key to achieving reliable and repeatable results is our premixed, surface-stabilized combustion that provides uniform heating and operates at minimum combustion temperatures.

  • VOC & Exhaust Gas Abatement Systems

    VOC & Exhaust Gas Abatement Systems

    ALZETA® world-class abatement technologies offer high destruction of organic vapor and process gases, and very low emissions of pollutants such as NOx, hydrocarbons, and CO.  Our unique oxidizer designs benefit applications such as semiconductor manufacturing, pharmaceuticals, commercial painting and coating, chemical processing, and many more.  Systems are available through ALZETA, and through a number of other...

  • Applications

  • Commercial & Industrial Process Heaters

    Commercial & Industrial Process Heaters

    ALZETA premix surface stabilized gas burners are an excellent choice for application on fired heaters of many types:  forced draft vertical cylindrical configuration, cabin style, or box style.

  • Semiconductor Manufacturing

    Semiconductor Manufacturing

    ALZETA combustion technology provides numerous benefits for the semiconductor manufacturing industry.  Our flameless oxidation systems, catalytic oxidizers, surface burners, and other designs deliver superior performance, while meeting the industry’s needs for compact size, low down time, and minimal maintenance.

  • VOC Abatement & Remediation Systems

    VOC Abatement & Remediation Systems

    Since 1991, ALZETA has delivered industry-leading VOC abatement and remediation technology.  Our flameless oxidation components, incinerator burners, and waste gas burners are used in VOC abatement systems and at remediation sites around the world.