PostFlow Design through Biomimicry

Flow Design through Biomimicry https://paxscientific.com/ “Conventional technology creates shapes to induce flow. PAX technology employs flow to create shapes.” Water and air spiral along a mathematically consistent path, and almost no industrial equipment is built to follow it. Jay Harman spent years observing natural flow processes before founding PAX Scientific in 1997, first applying what he observed to boat design, then extending it to fans, mixers, pumps, and water purification at industrial scale. PAX calls this the Streamlining Principle: designing equipment geometry to match the path fluids already follow rather than forcing fluids through geometry that resists them, consistently delivering lower energy consumption, reduced noise, better turbulence control, and lower manufacturing costs across every application. That principle drives the PAX H2(O) system, which uses no membranes or chemicals, operates at low temperatures on water of any salinity, and pairs with hydrogen electrolyzers and renewable energy to form a localized Distributed Water Resource targeting shore installations, micro grids, and emergency response scenarios. It has been demonstrated for the US Navy SBIR program and won the final phase of the US Department of Energy's Hydrogen Shot Prize. The PAX Water Mixer circulates 10 million gallons on the same energy as three 100 watt light bulbs, built around the "Lily" impeller, and became the most specified mixing solution in North America for municipal storage tanks. Fans consume 22 percent of global electrical energy, and PAX Air targets that directly by applying patented blade curves to appliance, refrigeration, HVAC, computer cooling, and transportation markets, producing less noise and smaller motor requirements for equivalent output. PAX Mixer brings the same logic to rotary and static inline mixers for agriculture, petroleum, pharmaceutical, and beverage industries, covering fermentation, catalysis, and product blending, with lower energy use, very low shear, and superior blend times. It has also been modeled for atmospheric destratification in mega cities, offering a low carbon path to clearing the dense air layers that trap pollution at street level. The consumer expression of all this is Flair, a portable fan running at 6 watts whose ring vortex circulation destratifies room air and cuts heating and cooling costs by more than 25 percent per room, using up to 85 percent less electricity than conventional fans of the same size.