Open image in new window Fig. 3 Tensile properties as a function of feeding rate at low and high NC content: a tensile modulus, b tensile strength.
Figure 2 shows the simulated N2 purity as a function of feed flow rate, with N2-PSA industrial plant data.
In addition, water recovery data as a function of feed flow rate fraction were compared with model results based on the equilibrium between the feed and draw solutions.
The breakthrough curve was obtained as a function of feed flow rate and the total and breakthrough capacity values of the resin were calculated.
Temperature profiles across and through the catalyst pad have been measured as a function of methane feed rate, as has the radiant energy and the gas composition near the pad.
Key parameters of the process studied include, in addition to dynamic holdup, pressure drop, pulse celerity and intensity, as a function of fluid feed rates (G,L) and liquid cyclic frequency.
Key fluid-mechanical parameters studied include, aside from dynamic holdup and pressure drop, pulse celerity and intensity, as a function of fluid feed rates (G,L) and liquid cyclic frequency.
Temperature trends as functions of feed rate and cutting speed were obtained and the results showed that compared to GD, RUEM can effectively reduce the maximum temperature by 18.8% and 13.1% at the feed rate of 75 and 150 μm/rev respectively.
The permeate salinity is a function of feed water temperature, recovery rate, and permeate flux.
The purity and recovery of both species in the overflow and underflow streams were evaluated as a function of the feed flow rate [up to 1 cm3/s)/(cm2)], feed total solids concentration (up to 18 vol.%) and the fraction of feed in the underflow (i.e. split ratios of 0.1 to 0.9).
