Resource Recovery from Waste: Towards a Circular Economy – Life Cycle Analysis Impact Assessment Data – Heavy oil and pyrolysis oils (from wood and algae) production

Environmental Impact Assessment for the production of 100kg of Heavy oil, 100kg of pyrolysis oil from wood, and 100kg of pyrolysis oil from algae.<br> Impact categories assessed: Abiotic depletion (fossil fuels) - ADFF (MJ); Global warming Potential - GWP100a (kg CO_2eq.); Ozone layer depletion - ODP (kg CFC-11_eq.); Human toxicity - HT (kg 1,4-DB_eq.); Acidification Potential - AP (kg SO_2eq.); and Eutrophication Potential - EP (kg PO_4eq.).<br> In addition to an ADFF substance impact contribution analysis, for identifying key substance drivers for impact contribution.

针对100千克重油、100千克木材热解油及100千克藻类热解油的生产开展环境影响评估。
本次评估涉及的影响类别包括：非生物资源耗竭（化石燃料类，Abiotic depletion (fossil fuels)，缩写ADFF，单位：兆焦耳（MJ））；全球变暖潜势（Global warming Potential，缩写GWP100a，单位：千克二氧化碳当量（kg CO₂eq.））；臭氧层耗竭潜势（Ozone layer depletion，缩写ODP，单位：千克CFC-11当量（kg CFC-11eq.））；人体毒性（Human toxicity，缩写HT，单位：千克1,4-DB当量（kg 1,4-DBeq.））；酸化潜势（Acidification Potential，缩写AP，单位：千克二氧化硫当量（kg SO₂eq.））；以及富营养化潜势（Eutrophication Potential，缩写EP，单位：千克磷酸根当量（kg PO₄eq.））。
此外，本评估还针对非生物资源耗竭（化石燃料类）开展了物质影响贡献分析，以识别影响贡献的关键物质驱动因子。