The scaling of the device suggests the engineering feasibility of the process.
To demonstrate feasibility of the process, a pilot plant was designed, commissioned and tested.
Economic analysis was applied to assess the economic feasibility of the process.
Assessment of the economic feasibility of the process is the major goal of operating a pilot plant, and/or semi-commercial demonstration plant.
The result is a flexible, water-repellent coating that, if further research bears out the feasibility of the process, could be used as a marine sealant, an airplane coating to eliminate icing or to improve the compatibility of medical implants.
The results obtained suggest the practical feasibility of the process of phosphoric acid activation of Nomex polyaramid fibers.
The detailed kinetic modelling and preliminary experiments used to establish the feasibility of the process are presented.
Finite element analysis (FEA) was adopted to establish feasibility of the process and to design the new die system.
Moreover, operating cost (electrode and electricity cost) analysis was also performed to evaluate the economic feasibility of the process.
The main units in the proposed plant were designed and the economic feasibility of the process was assessed.
The feasibility of the process proposed to produce nanoscale emulsions using oil phases loaded with compounds such as pigments and other fillers is demonstrated.
