Engineered Noise Control for Industrial & Power Generation Applications

ML Industrial & Marine Silencers designs and manufactures high-performance industrial exhaust silencers and complete exhaust systems for power generation, standby and emergency power applications.

From individual replacement silencers to complete bespoke exhaust packages, our systems are engineered around the requirements of the engine, installation and required acoustic performance.

Our capabilities include reactive silencers, absorptive silencers, combination silencers, SCR systems, DPF solutions, exhaust pipework, flanges, insulation and cladding, allowing ML to provide a complete engineered solution from a single UK manufacturer.

Designed Around Your Engine

Every installation presents different challenges.

Engine exhaust flow, gas temperature, allowable back pressure, available space and the required noise level all influence the final silencer design.

ML designs industrial silencers around these operating conditions rather than relying solely on standard catalogue products.

Our industrial silencer range includes:

• Reactive exhaust silencers

• Absorptive silencers

• Combination reactive/absorptive designs

• Critical and high-performance silencers

• Bespoke cylindrical and rectangular silencers

• Vertical and horizontal configurations

• Replacement silencers for existing installations

• Complete multi-engine exhaust systems

Our MLS silencer configurations can be selected and engineered to provide the required balance between acoustic attenuation, exhaust gas velocity and pressure drop.

LOW BACK PRESSURE. HIGH ATTENUATION.

A successful exhaust system needs to control noise without unnecessarily restricting the engine.

ML considers the complete gas path when designing a system, including:

Exhaust Gas Flow
Silencer dimensions and internal flow areas are selected to accommodate the required exhaust volume.

Gas Velocity
Inlet, outlet and internal velocities are assessed to help minimise excessive pressure loss and flow-generated noise.

Back Pressure
Silencer pressure drop can be evaluated alongside SCR units, DPFs, pipework, bends and other components to establish the overall system back-pressure requirement.

Acoustic Performance
Silencer construction and internal arrangements are selected according to the attenuation required for the installation.

Operating Temperature
Materials and construction methods can be selected for the temperatures associated with industrial diesel and gas engine exhaust systems.