Projects & Solutions
Pump Noise and Vibration
The key to effectively minimizing pump noise and vibration is to properly isolate the equipment.
Engineering Controls to Reduce Noise Exposure
Engineering controls eliminate, or engineer out the noise, by using noise control solutions: sound absorbers, sound blocking, composite sound
absorbers/blocking, and ventilation silencing.
Kinetics sound absorption solutions reduce the adverse reverberant effect caused by chillers and other mechanical equipment.
Generator Room Ventilation Silencers
Kinetics KCRS ventilation silencers fine-tuned to meet require attenuation at minimum pressure loss.
Fenced Equipment Yard
Kinetics ENV™ composite sound curtains specifically developed for outdoor applications provide sound blocking and sound absorption for an
easy to install, cost effective noise control solution.
Air-Cooled Chiller Compressors and Oil Separators
Kinetics QuietShield™ offers high levels of noise control while allowing equipment to operate at normal temperatures without affecting warranty
and provides easy maintenance access.
Concrete Mechanical Equipment Yard
Kinetics KNP (rigid) and KFA-ENV, quilted absorbers offer durable, cost effective, reverberant noise control.
Cleanrooms and Large, High Bay, Factory Spaces
Kinetics KB803 offers maximum obtainable reverberant noise control for cleanroom and FDA required areas as well as standard high bay factory space.
Induced-Draft Cooling Towers
Kinetics KCRS, intake and discharge silencer designs can be fine-tuned balancing minimum pressure loss while meeting required sound attenuation.
Retrofit Equipment Yard Enhancing Acoustic Performance
Kinetics NOISEBLOCK™ panel and acoustic louver barrier wall systems allow for a height increase of an existing equipment yard while
controlling air recirculation.
Outdoor Back-up Power Generation
Kinetics NOISEBLOCK™ panels, KCRS silencers, and access doors offer maximum attenuation and ventilation for the most stringent applications.
Machining Process Conveyor Cover System
Kinetics KNC BQQ composite curtains offering sound blocking and absorption allow design flexibility via a curtain conveyor cover and large machine enclosure system.
Wood Working Manufacturing Process
Kinetics KNC BQQ sound curtains, NOISEBLOCK™ panels and custom structural support system designed by Kinetics engineering team allow for the
most cost effective, noise control solution.
Roof Top Cooling Towers
Kinetics NOISEBLOCK™ barrier and structural support steel, two-wall system, designed to be roof mounted, offering proper airflow and maximum noise control.
Generator Set and Cogeneration Unit Sound Enclosure
Kinetics NOISEBLOCK™ panel, KCRS silencers, structural support steel system offer maximum attenuation at minimal pressure loss for proper ventilation
of this field built-up noise control system.
Outdoor Air-Cooled Chillers
Kinetics, NOISEBLOCK™ panel, KCPL acoustic louvers, VAR pergola baffles and structural support steel offer a critical design balance between noise reduction,
pressure loss and maintenance.
Kinetics NOISEBLOCK™ barrier and structural support steel wall system, designed to be roof mounted, offering proper airflow, maximum noise control
and maintenance access.
Positive Displacement Vacuum Blowers
Kinetics NOISEBLOCK™ barrier and structural support steel wall system designed for hurricane force winds mounted on raised foundations offering proper
airflow, maximum noise control and maintenance access at a large liquid natural gas terminal.
Dynamometer Test Cells
Kinetics NOISEBLOCK™ panel and structural support steel enclosure system designed for a turnkey, modular installation.
Retrofit Rooftop Equipment Yard
Kinetics NOISEBLOCK™ barrier and structural support steel wall system designed to surround twenty (20) rooftop air-cooled condenser units in a densely
populated residential area.
Retrofit Generator Enclosure Ventilation
Kinetics KCRS ventilation silencers fine-tuned and added to quiet a generator packager’s non-acoustically treated ventilation system to meet
require attenuation at minimum pressure loss.