Shenango Valley Chamber of Commerce honors excellence in business Download the PDF version of this media release SHARON, PENNSYLVANIA – […]
Tag Archives: natural gas
Low frequency noise (LFN) is generally defined on the Common Octave Bands as 250 hertz (Hz) or less. You might know it better as that chest-rattling thump of the bass from a car driving past with its music cranked. You can’t really make out the song, but you can feel the beat in your chest. Or even as the pulse of the speakers at a concert that make you worry you’re having heart palpitations. In short, LFN is felt more than it is heard.
LFN is to the noise world what the marathon runner is to athletics; it has long wavelengths (31.5 Hz, for example, is almost 35 feet long), high endurance, and will travel long distances. Compared to the high-frequency sprinter, a sound wave at 8000 Hz is only 1.65 inches long. The higher the energy, the quicker it dissipates.
Noise Solutions Inc., the leading North American provider of engineered noise suppression equipment for the oil and gas sector announces the appointment of two new roles to the executive team. Steve Morgan has been appointed Executive Vice President and Ryan Russell has been appointed Director Quality Control.
In spite of the good intentions that motivate the development of industrial noise regulations, the reality is that these regulations frequently fall short of meeting their fundamental goals.
For residents living near industrial operations, the added noise can have a very damaging impact on quality of life. It only makes sense for regulatory bodies to attempt to mitigate this impact by imposing certain noise standards on Industry that will promote a balance between the productivity of industrial operations and the wellbeing of the surrounding community.
Ultimately, the purpose behind a noise regulation is to ensure that the noise generated by an industrial presence has minimal negative impact on the quality of life of those in the community.
However, like so many well-intentioned environmental policies, the theory behind noise regulations is solid, but something integral to their success is lost in practice. This discrepancy is due, in no small part, to the misunderstanding that surrounds the two primary types of noise regulations: Property-Line-Based Regulations (PLBRs) and Receiver-Based Regulations (RBRs).