Various parameters viz., electrodes, materials, configuration, biocatalyst, reaction kinetics, fabrication and operational costs, resistance for electron transfer etc. will critically govern the performance of microbial catalyzed electrochemical systems.
Various reinforcement systems have been presented in the literature, characterized by several parameters (FRP materials, configuration, reinforcement ratio, anchored bars etc).
The observed results can be helpful in engineering design to optimize the joining process (properties, materials configuration, thickness, etc.…), taking into account the durability in aggressive environmental condition of the joints during its service life.
The knowledge of these statistical information can be helpful in engineering design to optimize the joining process (properties, materials configuration, thickness…), taking into account the durability in aggressive environmental condition of the joints.
People, if devised with regard to the remarkable features of such construction and provided with some additional low cost features like lateral supports (buttresses), improved local binding materials, configuration, site selection, among others; resilience could be remarkably enhanced.
