Abstract: Disclosed are methods for developing a product having a relatively benign environmental impact. The methods evaluate the environmental hazard of various chemical components in formulated products and identify improvements in environmental safety based on those evaluations. Environmental criteria are in part developed based on three factors including; persistence, bioaccumulation and toxicity. One method includes obtaining a preliminary formula for a product, wherein the preliminary formula includes a plurality of chemical components, identifying at least one different chemical component that is capable of being substituted for the chemical component in the preliminary formulation and determining an environmental performance score for the chemical component and the different chemical component and determining an environmental performance score of the preliminary formula and a second formula, wherein the second formula utilizes the different chemical component.

Abstract: Disclosed are methods for developing a product having a relatively benign environmental impact. The methods evaluate the environmental hazard of various chemical components in formulated products and identify improvements in environmental safety based on those evaluations. Environmental criteria are in part developed based on three factors including; persistence, bioaccumulation and toxicity. One method includes obtaining a preliminary formula for a product, wherein the preliminary formula includes a plurality of chemical components, identifying at least one different chemical component that is capable of being substituted for the chemical component in the preliminary formulation and determining an environmental performance score for the chemical component and the different chemical component and determining an environmental performance score of the preliminary formula and a second formula, wherein the second formula utilizes the different chemical component.