Analysis of Energy-Saving Transport Conditions of Light-Particle Slurry

Ice slurry, as a new environmentally friendly cold storage medium, is widely used in the field of and air conditioning because its excellent flow heat transfer characteristics. Based on experimental data slurry flow, rheological properties light-particle slurries composed polyethylene particles water were analyzed using response surface method. Using yield stress viscosity responses considering three key influencing factors (solid-phase content, particle size, pipe diameter) simultaneously, order law found. This was attempt to find energy-saving conditions for light transport The results showed that method can select minimum working condition mixed ensure safe slurry. Moreover, it also found main factor diameter, increases with increasing diameter. size.