Industry symbiosis is an environmental management approach that is part of industrial ecology. Industrial symbiosis requires a measurement tool that can measure intangible flows or non-physical flow. Creating industrial symbiosis at industrial estate can be done by uncovering industrial symbiosis, which is seeing the opportunity of material, energy, by product or water change. The potential flow of material and energy could build by seeing the opportunity of changing based on the raw material used and waste or by product produced. The objective of this paper is to saw the potential creating industrial symbiosis using LCA. Literature review and observation method used for data collection and Hyundai industrial estate choose as a population. Descriptively method used for data analysis method. The result showed the potential industrial symbiosis could proceed to see the opportunity by saw the result of LCA. LCA is a measurement tool that can be used in measuring all material and/or energy that used in industry. From LCA gate-to-gate analysis founded that waste and by product produced which were the emission, scrap and CO₂ emission could show clearly. Thus, LCA is a very useful tool in uncovering industrial symbiosis and could measure the environmental impact of applying industrial symbiosis.

产业共生是一种环境管理方法，是产业生态学的一部分。工业共生需要一种可以测量无形流量或非实物流量的测量工具。在工业区创造工业共生可以通过发现工业共生来实现，工业共生正在看到材料、能源、副产品或水变化的机会。通过根据使用的原材料和废物或生产的副产品看到改变的机会，可以建立潜在的材料和能源流动。本文的目的是看到使用 LCA 创造工业共生的潜力。用于数据收集和现代工业区选择作为人群的文献回顾和观察方法。描述性方法用于数据分析方法。结果表明，潜在的产业共生可以通过看到LCA的结果来继续看到机会。LCA 是一种测量工具，可用于测量工业中使用的所有材料和/或能源。从 LCA 门到门分析发现，产生的废物和副产品是排放物、废料和 CO₂发射可以清楚地显示。因此，LCA 是揭示工业共生的非常有用的工具，可以衡量应用工业共生对环境的影响。