Hitachi, Ltd.

Yasuhiro Hamatsuka

Yuzo Hiroshige

Akio Saito

Masataka Tanaka

Noriyasu Ninagawa

Disclosed is a method for supporting the selection of a component or chemical substance for countermeasure in compliance with a restriction or the like to limit a content rate or content amount of a chemical substance of a product coming in or going out from each enterprise. The method accepts the products to inspect a situation in compliance with the restriction and an evaluation subject restriction that are inputted by a user; acquires a threshold value of the chemical substance content rate for every subject substance under the restriction, composing components of the subject product, weight and a category of the components, and chemical substance content rates of the components; extracts components with no information on the chemical substance content rates out of the components; searches similar components with the same categories as those of the extracted components; acquires chemical substance content rates of the similar components; allocates statistic values, such as the maximum value or average value of the chemical substance content rates of the similar components to chemical substance content rates of the extracted components; calculates a chemical substance content rate of the product from the information on the composing components of the product, the weight of the components and the chemical substance content rates of the components or similar components; compares the chemical substance content rate of the extracted product with the threshold value; categorizes the chemical substances into the one that exceeds the threshold value and the other that does not exceed the threshold value as a comparison result; stores the categorized data at the memory device; and displays the comparison result on a display device.

System and method for supporting selection of subject for restriction countermeasure

A product design support method and system are disclosed in which assuming that a globally distributed commodity is disposed of as a waste product by different recycle methods in different regions or countries, the recycle cost and environmental load accrued by different processing methods are quantified using the product design information thereby to assist in the design improvement. The product information and the regional recycle characteristics are input to determine the recycle method by region. Further, the recycle cost/environmental load by region are quantified based on the product design information using the basic unit information of the recycle cost and environmental load by region.

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Yokohama, Japan

Yasuhiro Hamatsuka