Development of Sustainable Performance Measurement System for Electronic and Plastics Industrial Cluster Based Industrial Symbiosis Scenario in the Industrial Estate

Industrial sustainability currently becomes a very important issue, in line with the long term industrial development goal to build industry according to sustainable development concept. This research aims to design a sustainability performance measurement system of electronics and plastics industrial cluster with the approach of Sustainability Balanced Scorecard and Labuschagne model, and it determines the scenarios of industrial symbiosis application as a strategy for improving the sustainability performance, as well as measuring and evaluating the sustainability performance of the industry using Objective Matrix (OMAX) and Traffic Light System methods. Based on the strategic objectives and needs of the industries, 69 KPIs (Key Performance Indicators) and sub KPIs are determined, which covered the economic, environmental, and social perspective. The initial results obtained from measurement and assessment of sustainability performance by using 3 samples of the industry; the value of each industry A 4.28 (good), B 5.26 (good), and C 4.14 (good). Results of scenario I, II and III of industrial symbiosis application deliver improved sustainability performance on average respectively 52%, 75% and 87%. Thus, it needs the policy for encouraging the application of industrial symbiosis systems in order to improve the sustainability performance of the industry in the industrial estate.