
The effective management of noise and airflow is a critical engineering challenge in facilities with high-power machinery. Triangle Engineers Ltd. (TEL) offers specialized acoustic and aerodynamic design services for generator rooms, mechanical enclosures, and industrial ventilation systems worldwide. Our expertise is essential for clients aiming to mitigate noise pollution, comply with stringent international acoustic standards, and optimize ventilation performance without compromising operational safety or equipment efficiency.

Balancing Performance with Environmental Responsibility
Our Core Capabilities
We provide a comprehensive suite of design and analysis services to address the most complex acoustic and aerodynamic challenges. Our capabilities include:
- Custom Enclosure & Room Design: We design acoustic enclosures, canopies, and complete generator rooms engineered to meet specific target noise criteria, such as a required dB(A) level at a set distance.
- Ventilation & Attenuation Engineering: Our team engineers high-performance ventilation silencers, acoustic louvers, and baffled duct attenuators to manage airflow noise effectively.
- Exhaust System Design: We design and specify complete exhaust muffler systems, including both reactive (chambered) and dissipative (absorptive) types, to suppress engine noise at its source.
- Aerodynamic & Pressure Drop Analysis: We conduct detailed pressure drop analysis for the entire ventilation and exhaust path to ensure adequate airflow for cooling while minimizing energy consumption by fans.
- International Standards Compliance: Our designs adhere to key international standards, including ISO 3744 (Acoustics), ISO 6798 (Reciprocating internal combustion engines), and ISO 8528-10 (Measurement of airborne noise).
- Specialized Material Selection: We select the most effective acoustic materials, from insulation to sound-dampening composites, based on the specific frequency profile and environmental needs of your project.

At Triangle Engineers Ltd. our services include:
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18/05/2025