Process Optimization Using Design for Environment Concept in the Input System of a Paint Disperser

Abstract

These Design for Environment has gained millennium goal commendation on Sustainable Development in order to promote green technologies. In this research, the Design for Environment concept was employed for the optimization of an input system of a water-based paint disperser in which the respirable pigment dust exceeded the threshold limit. An audit revealed waste streams and the levels of emissions and their impacts were assessed. The researchers set their objectives seeking to reduce the negative effects. A Cleaner Production Assessment was done to identify, quantify and find options to minimize wastes. ISO 14 001 was identified as a tool toimprove environmental performance. Life Cycle Assessment was done to assess the environmental aspects and the potential environmental burdens. A Design for Environment product that reduces dust emissions was identified. The synthesized product was recommended for fine tuning and prototype development. The researchers recommend Design for Environment technology for process optimization