Abstract

ABSTRACTThe scope and significance of the problem of maintaining the quality of the water in recirculating mariculture systems is discussed. A quantitative study of the kinetics of important nutrient cycles is proposed as a means of establishing minimum system volumes, optimization of design, and the requisite environmental controls. Significant results in a study of inorganic nutrient nitrogen cycling and toxicity in recirculating systems is reported. A modular filter design suggested by a study of the kinetics of nitrification in marine systems demonstrates how a knowledge of kinetic and chemical factors can lead to more efficient water treatment hardware.

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