Nano and Advanced Materials Institute’s (NAMI) dual-performing coolants, based on segregated fluorination technology, with specific operating temperature, high heat of vaporization, specific heat, and thermal conductivity, can overcome the drawback of high-power usage effectiveness (PUE) of single-phase cooling and the high maintenance cost of a two-phase cooling system. Through molecular engineering, NAMI can achieve high heat of vaporization of over 150 kJ/kg, high specific heat capacity of over 1500J/kg, and higher thermal conductivity of up to 0.1W/mK. The coolant is chemically robust with high material compatibility. Immersion cooling also offers the chance for servers to operate in a more energy-saving direction, reducing the energy footprint by up to 50%, as well as low global warming potential (GWP) and zero ozone depletion potential (ODP) levels to minimize environmental concerns.
corrosive imaginative collection of short term thinking.
try making something that will last 48 years and uses water.