As the world clamors for more energy, the demand for oil & gas has ignited a storm of hydrocarbon exploration. High product prices have pushed O&G companies to explore and produce oil & gas in more densely populated areas than before, generating a demand for better noise attenuation on their equipment.
Sound Fighter Systems’ LSE Absorptive Noise Barriers are proving to be a valuable noise mitigation tool for O&G Production Companies. The LSE System is a fully noise-absorptive outdoor noise barrier system designed for peripheral placement around gas compression and production equipment. Desired noise reduction is achieved without the need for fully-enclosed attenuation buildings, which also require secondary mechanical ventilation systems.
Although the LSE System is well-known in the transportation and manufacturing worlds, its durability and acoustic performance is proving an ideal solution for production-related noise issues as well, including gas compression and transmission facilities, generators, and transformers.
Permanent and Mobile Noise Barriers for:
- Gas Compressors
- Gas Pipeline & Processing
- Drilling Platforms
- Gas Turbines
- Onshore Drilling and Completion
The LSE System eliminates the need for expensive, fully-enclosed insulated metal buildings. These buildings require mechanical ventilation systems which are very expensive to operate and maintain; not to mention the real potential for a catastrophic ventilation failure which can shut-down or even destroy their expensive production equipment. Reflective materials like brick, block, metal or concrete simply can’t match the noise-eliminating performance of the LSE’s absorptive design.
Distinguishing Features of the LSE System Include
- Lightweight
- Easy to assemble and disassemble
- Modular Design
- Fully Absorptive
- Choose any color
- Water/Moisture resistant
- Non-corrosive
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- Wind load tested to 150+ mph
- Will not rust, rot, or stain
- Strong and durable
- Impervious to rain, snow, ice & sleet
- Impervious to most chemicals
- Graffiti resistant
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