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Combustion technology plays a crucial role in the global energy transition. However, traditional burners face significant challenges with both hydrogen and methane combustion, such as thermo-acoustic instability, flashback, and high NOx emissions. ATA Mute has developed groundbreaking solutions to overcome these issues while enhancing efficiency, stability, and sustainability across various applications.

 

Hydrogen & Methane Burner

Our ABC muffler-burner (Anechoic Broadband Compact) is designed for mixture of hydrogen and methane combustion, offering complete thermo-acoustic stability and enhanced performance in residential and industrial applications.

Key Features:

  • Thermo-Acoustic Stability: Operates effectively across a broad frequency range (2 Hz – 10 kHz), ensuring stability for hydrogen and methane combustion.

  • Built-in Flame Arrestor: Prevents flashback and flame lift-off, critical for hydrogen and methane safety.

  • Low NOx Emissions: Ultra Lean Premixed (LPM) combustion technology minimizes NOx emissions for both gases.

  • Customizable Design: Tailored to meet specific industrial and residential requirements.

  • Design Services: ATA Mute also provides consulting and design services to ensure your combustion systems, whether hydrogen or methane, are fully stable and optimized.

Air Intake Silencer (Snorkel)

Our Air Intake Silencer stabilize the system and minimizes noise in fan intake systems for both hydrogen and methane burners, ensuring quieter operation and improved efficiency.

Features:

  • Reduces low-frequency noise by up to 15 dB SPL.

  • Compact and efficient design for easy integration.

  • Validated through advanced computational simulations and experimental testing.

 

Silent Body for Noise and Aesthetics

Our Silent Body is an innovative solution that replaces traditional metal casings, offering improved acoustic performance, sustainability, and design flexibility.

Key Benefits:

  • Noise Reduction: Reduces noise by up to 6 dB, with 20–30 dB transmission loss and 50–90% noise absorption.

  • Sustainability: Made from recyclable materials, offering a greener, more environmentally friendly alternative to conventional casings.

  • Enhanced Aesthetics: Provides a sleek, modern appearance while minimizing noise pollution.

 

Acoustic Tape and Panels

Our Acoustic Tape and Panels are versatile, ultra-thin solutions designed to absorb noise and vibration. They are ideal for various surfaces, including burner casings, ducts, and walls.

Key Features:

  • Customizable properties for specific frequency ranges.

  • Lightweight, flexible, and easy to install.

  • Noise absorption rates of up to 90% for low frequency tonal noise.

 

Lab instrument

ATA Mute also offers portable acoustic measurement tools for precise analysis and validation of burner systems and other noise-emitting devices.

Capabilities:

  • On-site noise source identification and analysis.

  • Real-time validation of acoustic designs for burners and related systems.

 

Industrial Acoustic Diode

The Industrial Acoustic Diode is a cutting-edge solution that controls unidirectional acoustic energy flow, ensuring stable combustion in industrial systems.

For more information about our burner solutions, noise reduction technologies, or consulting services, please contact us.

Boilers and Burners

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Related Products

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Hydrogen-Methane Burner

The ATA Mute hydrogen burner resolves thermoacoustic instability in hydrogen or mixed fuels (hydrogen and methane). It prevents flashbacks and lift-off.

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Acoustic Tape/Coating

This tape is custom-designed to absorb specific noises at targeted frequencies, as well as broadband noise. It reduces noise by 50% to 90% (6 to 22 dB).

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Silent Body/Cover

The Silent Body/Cover, equipped with ATA Mute technology, reduces 60% to 95% (10 to 27 dB) of any kind of noise. 

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Lab Instruments

ATA Mute offers custom-designed lab instruments, including air intake silencers, Industrial acoustic diodes, anechoic terminations, impedance tubes for active elements, tailored to precisely measure acoustic and thermo-acoustic performance and ensure compliance across a broad frequency range.

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