The intent of this research report is to examine the vast array of factors that create the necessity of learning how to efficiently use the technology available to both improve upon and generate new processes that will make a global recycling effort a successful endeavor to improve the quality of life on the planet and the health of the planet itself. To be discussed are the major areas of impact including the social, financial, and environmental considerations and the unique challenges that arise with each variable toward the end of balancing the basic needs of a prosperous civilization with the potential of its resources, (US EPA, OSWER, Office of Resource Conservation and Recovery, 1998). The practical aspects of each will be examined for advantages and disadvantages within the framework of an economic base and the measures that must be taken to reshape the paradigm that currently governs the path of both human civilization and that of the ecological growth of all life on Earth. Of all of the wondrous mechanisms that exist within the living cell, one of the most profound is the genetically coded activities that utilize raw materials in order to synthesize new substances which then react, forming reaction products that are often in turn used for other processes. Human society, as within the cell, consists of a multitude of individual systems that work together toward the continued life and growth of the whole. The basic building blocks of life serve as the perfect model for the most efficient functioning of the macrocosmic permutation thereof. As within the cell however there must be a balance of energy, substance, and function as to avoid the dangerous effects of excess or misappropriated wastes. Some waste products are in turn utilized by other body processes such as water, amines, and free radicals. The ultimate goal of any organized living system is to