Waste Not, Want Not.
When energy resources are in short supply and increasingly costly to both businesses and to the planet, using what we have wisely is just good sense. Making energy-demanding equipment like HVAC and refrigeration systems more efficient is smart business. And helping energy-generating tools such as wind turbines become more productive is just another way of approaching efficiency.
A Unique Understanding
PAX Streamline's unique understanding of natural streamlining allows us to develop innovative industrial equipment that uses every drop of energy more productively, and to make cleantech energy production applications more effective.
Streamlined Technology
PAX Streamline takes a unique approach to understanding the problems of fluid-handling equipment. Through our observation and analysis of the fundamental mathematics underlying natural fluid flow, we are able to optimize streamlining geometries and apply them to technology. PAX employs both CFD numerical methods and analytical methods derived from accepted engineering practices. Independent testing demonstrates the measurable effectiveness of the PAX streamlining approach.
Most fluid-handling equipment faces significant limiting factors in the form of drag resistance, inefficient energy usage, low output, excessive noise, and component wear. PAX's development teams employ what we know about natural flow geometries to address and ameliorate these limitations.
Optimized Flow
There are many benefits to using nature's streamlining strategies. Much of modern technology is built to address problems of friction and drag, or to manage turbulence—and much of the energy used to power modern equipment is employed to overcome these problems. By taking a different approach, PAX brings the benefits of natural fluid handling to industrial technology:
Distinct Benefits with PAX technology
Increased:
Energy efficiency
Output (flow, heat flux)
Structural integrity
Control over directional thrust
Decreased:
Noise
Drag
Shear and cavitation
Materials usage
Motor size