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The largest contribution of this research was the development of the integrated environmental model to predict and evaluate solid waste generation of individual U.S. businesses and government agencies. The analyses conducted combined with the functionality of the model signi cantly increased the understanding of solid waste generation of individual U.S. companies and government agencies. This led to the creation of new knowledge. Speci c contributions are listed below:

Leadership Sales and Distribution Purchasing Operational Execution Rate of Improvement Employee Innovation Service and Growth

compositions of solid waste. Ability to predict solid waste generation quantities, material tonnages, and recycling levels of most U.S. businesses and government agencies. Standardized evaluation models to monitor and control solid waste generation of U.S. businesses and government agencies. The integrated environmental model can be programmed on the Internet for con dential usage by businesses to privately evaluate their solid waste generation. Identi cation of waste generation and recycling trends in the United States and further research opportunities based on ndings.

The Photopopper Photovore is a nippy little robot powered only by solar energy. While very simple in nature, it demonstrates that solar-powered devices can perform simple autonomous functions this sets a precedent for much larger, more complex devices.

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The impact of these contributions will signi cantly aid businesses and environmental regulators to monitor and control solid waste generation. Businesses may now con dentially evaluate their solid waste generation on an Internet-based system and compare their waste generation to industry-speci c benchmarks. This model effectively and ef ciently identi es superior or inferior waste management practices based on generation rates. Regulators now have an integrated, standardized model to assist in determining waste generation rates, compositions, and recycling levels of various

The Florida Department of Environmental Protection, referred to as FDEP (www.dep.state. .us/), has conducted waste reduction and recycling research. A noteworthy project of FDEP was a recycling economic information study. The goal of the study was to document the size of the recycling and reuse industries in Florida. As part of the study, recycling level estimates were derived via surveys on Florida businesses. The surveys collected the recycling and reuse rates of solid waste materials in Florida.

This chapter discusses the characterization of U.S. businesses and government agencies based on solid waste stream composition percentages. The purpose of characterization was to determine and group the business types that generate similar solid waste materials. Figure 15.1 displays the characterization process. Standard Industrial Classi cation (SIC) codes were used as the grouping basis to describe types of business functions, as described in Chap. 14. The waste records gathered from each SIC code group were consolidated and the mean and variance waste composition percentages were calculated for each material. SIC code groups have historically been used by U.S. environmental regulators to classify businesses based on solid waste generation. The usage of SIC codes for this purpose was statistically validated and is discussed in Sec. 15.3 of this chapter. After the successful validation of using SIC codes, multivariate cluster analysis was conducted on the SIC code group waste composition data to reduce groups further. Twenty-two of these nal clusters, referred to as waste groups, were formed that statistically generate similar compositions of solid waste. In the next chapter, these waste groups are analyzed to determine the signi cant variables that in uence annual solid waste quantities.

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