3ab74c72-011c-4a1c-8d74-f5682c43eced Remediated soil ; Ex-situ thermal treatment ; Hazardous waste incineration plant ; Incineration 修复后土壤;异位热处理;危废焚烧厂;焚烧 Unit processes Other Services Repair and maintenance The principle of incineration treatment technology is to use an incinerator to incinerate contaminated soil at a certain temperature, destroying the structure of harmful chemicals. 焚烧处理技术的原理是利用焚烧炉在一定温度下焚烧受污染的土壤,破坏有害化学物质的结构。 The functional unit was the management of 1.0 m3 of contaminated soil at the Old Zinc-Works site. A time horizon of 100 years was assumed. 24 2018 This study refers to the reclamation activities that were per formed at the Old Zinc-Works site in the town of Celje (in eastern Slovenia). 本研究涉及在Celje镇（斯洛文尼亚东部）的旧锌厂现场进行的修复活动。 Excavated contaminated soil was removed from the site. Excavated pit was refilled by waste rock. The contaminated soil, which was excavated from the site, was assumed to be loaded onto a train, transported and thermally treated at a hazardous waste incineration plant in order to reduce the volume and mass of waste. 挖掘出的受污染土壤已从现场清除。挖出的坑被废石回填了。从现场挖出的受污染土壤被假设装载到火车上，在危险废物焚烧厂进行运输和热处理，以减少废物的体积和质量。 The remediated soil through ex-situ thermal treatment in a hazardous waste incineration plant is primarily utilized for the structural destruction of harmful chemicals within contaminated soil, recovered from historically polluted industrial sites. This process is mainly applicable in environmental reclamation projects involving the cleanup of old industrial facilities like zinc factories, where soil contamination is addressed through high-temperature incineration methods. 通过危废焚烧厂的异位热处理修复后的土壤主要用于破坏历史污染工业场地中受污染土壤中有害化学物质的结构。这一过程主要适用于涉及清理旧工业设施（如锌厂）的环境修复项目，其中土壤污染通过高温焚烧方法得到处理。 Zd98bm7l5o37nkxwMNPckpcPnM9.png Unit process, black box None 无 None 无 None 无 None 无 None 无 Pranjić M A ,Oprčkal P ,Mladenovič A , et al. Comparative Life Cycle Assessment of possible methods for the treatment of contaminated soil at an environmentally degraded site. Journal of Environmental Management, 2018, 218 497-508. Pranjić M A ,Oprčkal P ,Mladenovič A , et al. Comparative Life Cycle Assessment of possible methods for the treatment of contaminated soil at an environmentally degraded site. Journal of Environmental Management, 2018, 218 497-508. When utilizing this data set for environmental impact assessments or LCA studies, ensure that the incineration process is appropriately accounted for as a waste treatment method for contaminated soil. It is essential to model the transport and treatment of soil specifically from the excavation site to the incineration facility. Furthermore, include considerations for the assumptions made regarding the long-term management (100-year time horizon) of the treated soil. Data users should model the use phase behavior, taking into account the complete cycle from soil excavation to the refilling of pits with waste rock, and the subsequent disposal or reuse of incinerated material. Methodological consistency with the broader LCA framework is crucial for accurate representation. 在利用这个数据集进行环境影响评估或生命周期评估研究时，确保焚烧过程作为受污染土壤的废物处理方法被适当计入。特别需要对从挖掘现场到焚烧设施的土壤运输和处理过程进行建模。此外，还要考虑关于处理后土壤长期管理（100年时间范围）的假设。数据使用者应当模拟使用阶段的行为，考虑从土壤挖掘到用废石填充坑穴以及焚烧后材料的最终处置或再利用的完整周期。为了准确反映，与更广泛的生命周期评价框架的方法论一致性是至关重要的。 Inventory: The internal review was done by several iteration steps concerning raw data validation, raw data documentation, representativity, completeness and consistency of modelling with regard to ISO 14040 and 14044. 清单： 内部审查通过几个迭代步骤完成，涉及原始数据验证、原始数据记录、代表性、完整性、与 ISO 14040 和 14044 有关的建模的一致性。 Tiangong LCI Data Working Group 天工LCI数据工作小组 Yang Xintong, yangxt@caep.org.cn 杨欣桐, yangxt@caep.org.cn yangxt@caep.org.cn yangxt@caep.org.cn 2024-03-25T15:45:22+08:00 2024-04-20T15:03:29.639004+08:00 00.01.005 https://lcadata.tiangong.world/showProcess.xhtml?uuid=3ab74c72-011c-4a1c-8d74-f5682c43eced&version=01.00.000&stock=TianGong Tiangong LCI Data Working Group 天工LCI数据工作小组 false Free of charge for all users and uses Diesel,Diesel Input 0.0016899999999999999 0.0016899999999999999 Estimated Excavation of the contaminated soil Electricity Input 90.86399999999999 90.86399999999999 Estimated Transport of the contaminated soil to the underground waste disposal location, by rail (1000 km) Waste rock Input 1.0 1.0 Estimated Reclamation of the degraded site Diesel,Diesel Input 0.0007199999999999999 0.0007199999999999999 Estimated Delivery of the fill material (waste rock) (35 km) Diesel,Diesel Input 0.00058 0.00058 Estimated Spreading and compaction of the fill material Light fuel oil Input 0.085 0.085 Estimated Incineration of the contaminated soil natural gas,natural gas Input 22.6 22.6 Estimated Incineration of the contaminated soil Tap Water Input 6.030600000000001 6.030600000000001 Estimated Operation of the incineration plant Electricity Input 1009.8000000000001 1009.8000000000001 Estimated Operation of the incineration plant Hydrogen peroxide,Hydrogen peroxide Input 0.04 0.04 Estimated Additives for flue-gas treatment at the incineration plant Polyelectrolyte Input 28.0 28.0 Estimated Additives for flue-gas treatment at the incineration plant iron chloride Input 0.38 0.38 Estimated Additives for flue-gas treatment at the incineration plant Hydrochloric Acid,Hydrochloric Acid Input 2.1 2.1 Estimated Additives for flue-gas treatment at the incineration plant Activated Carbon Input 5.19 5.19 Estimated Additives for flue-gas treatment at the incineration plant Ammonia Input 8.27 8.27 Estimated Additives for flue-gas treatment at the incineration plant sodium hydroxide Input 21.74 21.74 Estimated Additives for flue-gas treatment at the incineration plant Lime,Lime Input 40.11 40.11 Estimated Additives for flue-gas treatment at the incineration plant Electricity Input 17.64 17.64 Estimated Recovery of valuable metals from the bottom ash Polyethylene,Polyethylene Input 3.91 3.91 Estimated Landfilling of residues at the underground waste disposal location Wooden pallet (EURO) Input 5.44 5.44 Estimated Landfilling of residues at the underground waste disposal location Brick Input 5.17 5.17 Estimated Landfilling of residues at the underground waste disposal location Mortar Input 0.41 0.41 Estimated Landfilling of residues at the underground waste disposal location Electricity Input 2.3760000000000003 2.3760000000000003 Estimated Operation of the underground waste disposal location (illumination, ventilation) contaminated soil Input 1.0 1.0 Estimated Remediated soil Output 1.0 1.0 Estimated