Constructed using modular acoustic panel systems, noise enclosures are custom-designed around equipment such as generators, compressors, blowers, pumps, turbines, and other high-noise machinery. The enclosure structure reduces sound transmission while maintaining proper ventilation, equipment accessibility, and operational reliability.

Acoustic enclosures may be designed as fully enclosed structures, partial barriers, or equipment-integrated housings, depending on the application and maintenance requirements. Additional components such as ventilation silencers, acoustic doors, viewing windows, access hatches, and forced ventilation systems can be incorporated to create a complete engineered noise control solution.

Key Features

• High-Performance Noise Reduction
   Designed to significantly reduce airborne equipment noise through engineered sound containment and absorption.
• Modular Acoustic Panel Construction
   Built using high-performance acoustic panel assemblies that provide sound absorption, transmission loss, and structural durability.
• Custom Equipment Integration
   Designed around generators, compressors, blowers, pumps, turbines, fans, and other industrial machinery.
• Ventilation and Thermal Management
   Engineered airflow systems maintain proper cooling and operational performance while preserving acoustic integrity.
• Integrated Access Solutions
   Acoustic personnel doors, removable panels, access hatches, and observation windows available for maintenance and operation.
• Indoor or Outdoor Construction
   Fabricated for indoor mechanical spaces or exterior industrial environments with weather-resistant finishes and structural considerations.
• Custom Structural Design
   Configurations available for skid-mounted systems, rooftop equipment, standalone installations, or retrofit applications.

Typical Applications

• Generator packages and power generation equipment
• Air compressors and compressed air systems
• Industrial blowers and ventilation equipment
• Pumps and process machinery
• Turbines and engine-driven equipment
• Manufacturing facilities and process plants
• Mechanical equipment rooms
• Oil & gas, marine, offshore, utility, and industrial applications

Performance by Design

Noise enclosures are engineered using a combination of sound absorption, transmission loss, and acoustic isolation principles to achieve targeted noise reduction while maintaining equipment performance.

The enclosure design must balance acoustic effectiveness with critical operational requirements such as airflow, serviceability, heat rejection, equipment clearances, and structural loading. Acoustic weak points—including ventilation openings, doors, penetrations, and maintenance access—are addressed using integrated silencers and specialized acoustic components.

Key design considerations include:

• Required sound attenuation and target noise criteria
• Equipment heat load and ventilation airflow requirements
• Access and maintenance clearances
• Indoor or outdoor environmental exposure
• Structural loading, wind, and site conditions
• Equipment footprint and installation constraints
• Integration with silencers, duct systems, or mechanical interfaces

By containing noise at the source, acoustic enclosures provide an effective and durable solution for achieving workplace safety, regulatory compliance, and improved environmental noise control.