Long-Line Composite Floating Modular System for Controlled Growth of Mytilus Galloprovincialis Mussels and the Development of Crassostrea Gigas Oysters

The development of the composite materials for obtaining modular systems for the development of bio filter material is the central objective of the research and it responds to the provisions of the European directives “in force” - COM (2007) 0128, COM (2009) 0156 and COM (2012) 0670. The systemic approach of the problem aimed to the: principles of construction and functioning of the whole; analysis of the technical and functional characteristics of the components, as well as to the interdependencies between them; transfer of certain technical-functional properties (breaking resistance, shock, seawater, extreme temperature variations, etc.) to the whole; submission of the decision (from a managerial point of view) to specific problems of the whole system [1]. All these elements represented the basis for the elaboration of the mathematical model for the modular system for the development of the biofiltering material that enabled the prediction of the structural parameters of the composite materials used as subassemblies of the long-line system for the development of the biofiltering material.