ALZETA® Corporation Unclaimed

Achieve Ultra-Low NOx Emissions with High Heat Flux.

Duratherm burner delivers low NOx emissions and uniform heat for efficient heating solutions.

Provides Ultra-Low NOx Emissions For Reliable Heating Solutions.

Offers Reliable, Low NOx Heating Solutions for Various Industrial Applications.

Provides Ultra-Low Emissions and High Output for Industrial Gas Turbines.

Maximize VOC Destruction and Minimize Emissions for High-Demand Applications.

Burners that deliver very high surface heat flux and uniform heat release for industrial boilers, furnaces, and process heaters while minimizing NOx emissions.

Radiant and flameless burners providing uniform radiant heat, rapid startup, and low flame‑based emissions for industrial ovens, dryers, curing, and other heat‑sensitive processes.

Combustion systems engineered for gas turbines and rotating equipment to achieve single‑digit or sub‑ppm NOx emissions with modular integration for OEMs and retrofits.

Thermal and catalytic oxidizers, concentrator integrations, and recuperated systems that destroy VOCs, control NOx, and offer fast startup and low operating cost for semiconductor and other high‑purity manufacturing.

CSB Burner

CSB burner is ALZETA’s premixed surface-stabilized burner delivering ultra-low NOx emissions with high heat flux. Built with a high-flux metal fiber material, the CSB can achieve heat flux up to 1,500,000 Btu/hr-ft2 and is designed for integration into commercial and industrial boilers, furnaces, and process heaters.

• Achieves High Heat Flux
  Utilizing advanced metal fiber materials, the CSB burner excels in delivering significant heat flux, ideal for high-demand applications such as boilers and furnaces.
• Ensures Uniform Heat Release
  This method of combustion optimizes efficiency and minimizes pollutant emissions, ensuring a consistent performance across various applications.
• Reduces NOx Emissions
  The innovative design and combustion technology of the CSB burner ensure compliance with stringent emissions regulations, significantly lowering nitrogen oxide outputs.

Duratherm Burner

Duratherm is a flameless radiant burner using a ceramic fiber matrix material, designed to provide uniform heat flux with low NOx emissions for commercial and industrial heating. It operates with a heat flux range of 23,000–160,000 Btu/hr-ft2.

• Minimizes Flame Impingement
  The flameless design ensures that there is no visible flame, protecting sensitive materials and improving efficiency.
• Meets Stringent Emission Standards
  The burner operates with emissions below regulatory limits, ensuring environmental compliance.
• Offers Effective Heat Transfer
  This material enhances the efficiency of heat transfer while maintaining low emissions.
• Provides Consistent Heating
  Uniform heating prevents hotspots and improves process efficiency.
• Accommodates Multiple Applications
  This flexibility allows the burner to be used in various industrial settings, enhancing its versatility.
• Reduces Downtime
  Quick response times facilitate efficiency in industrial operations and minimize downtime.

FireStar Burner

FireStar is a ceramic and metallic composite burner designed for ultra-low NOx and low NOx emissions in commercial and industrial heating applications. It integrates advanced combustion technology to ensure efficiency and reliability while minimizing environmental impact.

• Enhances Durability and Performance
  Utilizes robust materials to withstand demanding operational conditions, ensuring a long service life and efficient heat distribution.
• Achieves Emission Compliance
  Ensures compliance with stringent air quality regulations by minimizing nitrogen oxide emissions, significantly reducing environmental impact.
• Facilitates Quick Deployment
  Simplifies the installation process, minimizing downtime and accelerating project timelines for commercial and industrial applications.
• Delivers Efficient Operation
  Enables rapid and effective heating, suitable for a wide range of applications in industrial settings.

Pyromat Burner

Pyromat is a sintered metallic burner that provides controlled, uniform heat and low NOx emissions. It is optimized for processes requiring efficient and reliable heat delivery.

• Minimizes Environmental Impact
  The Pyromat burner is designed to achieve NOx levels below 10 ppm, significantly reducing the environmental footprint of heating processes.
• Ensures Durability and Efficiency
  The use of sintered metallic materials allows for a robust design that withstands high temperatures while maintaining efficient heat transfer.
• Optimizes Process Heating
  The burner configuration allows for precise control of heat delivery, essential for sensitive applications like paper drying.
• Adapts to Various Processes
  The Pyromat burner can be utilized in diverse settings, including paper manufacturing and automotive industries.
• Facilitates Upgrades
  Compatible with various existing machinery, allowing for efficient retrofitting to meet current emission standards.

nanoSTAR Burner

nanoSTAR is a high-output metal surface burner designed for industrial gas turbine applications, delivering ultra-low NOx emissions (as low as 2.5 ppm).

• Delivers High Output
  The nanoSTAR burner is engineered for high-output applications, maximizing efficiency in gas turbines while maintaining reliable performance.
• Achieves Ultra-Low Emissions
  With NOx emissions as low as 2.5 ppm, the nanoSTAR burner meets stringent environmental regulations, making it ideal for clean combustion in industrial applications.
• Ensures Single-Digit NOx
  This burner technology supports the future of clean combustion by delivering single-digit NOx emissions under various operating conditions.
• Facilitates Easy Integration
  The design of the nanoSTAR burner allows for straightforward integration into existing turbine systems, reducing deployment time and installation complexity.

EDGE Exhaust Gas Abatement Systems

EDGE exhaust gas abatement systems utilize advanced technologies such as QR, GC, and SB to achieve high destruction rates of volatile organic compounds (VOCs) and minimize nitrogen oxides (NOx) emissions. They are particularly suited for demanding applications such as semiconductor manufacturing, offering rapid response and low operational costs.

• Achieves High VOC Destruction
  Capable of processing a variety of organic solvent vapors, these oxidizers exceed 99% destruction efficiency, making them ideal for semiconductor and pharmaceutical applications.
• Ensures Quick Operation
  This system can be online in less than one minute, ensuring swift and efficient handling of VOC emissions.
• Compact and Efficient
  Designed for high efficiency, these oxidizers ensure consistent performance with minimal maintenance due to their thoughtful design.
• Lowers Operational Costs
  The integration with rotor concentrators helps minimize operational costs while effectively managing low concentration VOC streams.