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The procedure, by which the functional and physical elements of a product are arranged, is known as the product architecture. It highlights the interaction between parts of product. It is a phase where the function of a product is assigned to its physical. The role of product architecture in a product development is very vital since a comprehensive choice of the product architecture provides a good idea on how the functions are understood and how a standardization is achieved. In this regard, this paper presents the following: the product schematic, product cluster, product geometry, and fundamental and incidental product elements interactions of a grease trap design.

Household waste, generally known as trash or garbage is mostly includes food wastes, product packaging, and other miscellaneous inorganic wastes that are coming from domestic household. Grease waste such as oil and fats can contaminate water and also clot on pipes provoking blockages. Thus, waste water from kitchen sink need a proper way of filtration. Grease trap developed in this paper is viable in trapping the grease residue. The experiments have been conducted in controlled environment and the objectives are to investigate the effectiveness of grease trap by proving the existence of retention time and the expected ratio of collected water and oil during experiment process using a prototype model.

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