The calculation allows a distinct decision which module configuration is more suitable for a certain place in the world.
Product family design by module configuration is conducive to accommodating product variety while maintaining mass production efficiency.
Four new membrane module configurations were suggested and described in this paper.
Several different optical module configurations are under consideration; based on glass pressure spheres containing: a large (10 in).
Finally, the performance of different module configurations is analyzed and the most efficient configuration under uniform insolation and partial shading conditions have been identified.
Furthermore, each configuration was tested with modules solely filled with substrate and with substrate filled modules with densely planted ferns.
In addition, novel materials and module configuration strategies are also identified that may lead to superior MD systems.
Using the predictive PRO model, optimal membrane characteristics and module configuration can be determined in order to design a system specifically tailored for PRO processes.
Processes with four different membrane module configurations with or without recycle were evaluated technically and economically, and the 2-stage in cascade with recycle configuration was proven optimal among the four processes.
The new configuration was built.
