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污泥无害化、资源化处置是行业发展的主要趋势
污泥无害化、资源化处置是行业发展的主要趋势
污泥处理处置是困扰我国很多城市的环保难题，随着我国污水处理规模日益扩大，污泥产量也相应增加，污泥问题尚未得到妥善解决，使得污水处理基础设施的功能大打折扣。污泥处理是我国重点发展的环保领域，“十一五”以来，国家每年均安排国家专项资金攻关，研发适合我国国情的污泥处理处置技术，扶持自主研发污泥处理技术和国产化装备的发展。
1、我国污泥处理处置行业的发展面临良好的发展机遇
污泥是污水处理的副产物，由原污水中的固体物质和污水处理过程中所产生的固体物质组成。污泥处置是对污泥处理产生的脱水干泥的最终消纳过程，通常污泥需先进行减量化、稳定化、无害化处理，才可进行资源化处置。
随着城镇化程度的提高、经济的不断发展以及工业化的快速发展，近年来我国污水产生量和处理量均呈现上升的趋势。截至2022年底，全国城市污水处理厂处理能力为2.15亿立方米/日；污水排放总量为639.3亿立方米，污水处理总量为625.8亿立方米，污水处理率为97.9%。
2017-2022年我国污水排放总量及增速情况
近年来，随着我国污水排放量的提高，政府不断加大对于污水处理基础设施的投入，我国的污水处理厂数量连年增加，因此我国城市污水处理量及污水处理率持续上升。
2017-2022年我国市污水处理量及增速情况
污泥产生量与污水处理量紧密相关，在城市污水处理量以及污水处理效率的不断提升的背景下，我国城镇污水污泥的产生量也在逐年攀升，根据城镇污水处理量进行推算，2021 年城镇湿污泥产量已超过 5.600 万吨，其中城市湿污泥产生量达到 4.800 万吨，县城则达到 800 万吨左右。
根据《“十四五”城镇污水处理及资源化利用发展规划》，2025 年城市污泥无害化处置率达到 90%以上，预计 2035 年全面实现污泥无害化处置: 根据《污泥无害化处理和资源化利用实施方案》，到 2025 年，全国新增污泥(含水率80%的湿污泥) 无害化处置设施规模不少于 2 万吨/日，城市污泥无害化处置率达到 90%以上，地级及以上城市达到 95%以上。
2021 年末，我国城镇污泥无害化处理率约 64%，无害化处置率相对较低，距离2025 年的无害化处置率目标仍有一定的差距。随着我国城镇污泥产生量不断增加、环保监管政策的趋严、污泥无害化处置比例要求的提升以及我国污泥处理技术能力不断提高，我国污泥处理处置行业的发展面临良好的发展机遇。
2、污泥处理处置行业发展趋势预测
（1）污泥无害化、资源化处置是行业发展的主要趋势，污泥焚烧的处置方式具有明显优势
在国家环保监管政策持续加码、市场监管更加严格以及污泥处置标准不断提高的背景下，极大地驱动了污泥处理处置的无害化进程。国内常用的污泥处置手段包括卫生填埋、焚烧、土地利用和建材利用。其中，卫生填埋由于没有实现完整处置且浪费土地资源，难以适应我国当前和未来的环保发展要求，且《“十四五”城镇污水处理及资源化利用发展规划》明确指出要加快压减污泥填埋规模，积极推进污泥资源化利用，因而卫生填埋的处置方式将逐步被淘汰。
污泥焚烧处置能够将污泥中有机物在高温条件下氧化分解为二氧化碳和水，同时释放热量，实现最大限度的污泥减量化与无害化，可大幅减小污泥的体积，彻底杀灭其中的病原微生物，阻断污泥中病毒的传播，解决污泥的恶臭问题，且焚烧产物为稳定的惰性灰渣，可进行建材利用资源化，实现了真正意义上的稳定化、无害化和资源化处置。同时，利用焚烧系统可以将污泥焚烧产生的热量用于湿污泥的干化以及蒸汽、电力产品的生产等，相较于其他处置方式具有加大的优势。
（2）“节能、减碳”将是污泥处理装备与技术升级改造的主要方向
“碳减排”与“碳中和”背景下，污泥处理处置过程中的碳减排有着很大的必要性。污泥处理处置过程碳排放约占污水处理全过程的 25-35%。
随着国家对高能耗产业进行调控，低碳、环保、节能成为目前污水处理厂发展的主流方向。生态环境部等七部门印发的《减污降碳协同增效实施方案》中指出，开展城镇污水处理和资源化利用碳排放测算，优化污水处理设施能耗和碳排放管理。在此背景下，碳排放量有望成为未来污泥处理处置工艺路线选择的重要指标之一，低碳工艺和高效节能设备等符合绿色节能导向的技术与装备有望加速推广。
3、污泥处理处置行业集中度较低，缺少专业性污泥处理服务商
随着我国污水处理率持续提升、污泥产生量不断增长、环保督察重点关注、政府对污泥处理处置要求逐渐增加的多重压力下，污泥处理的市场需求将会进一步提升。预计2024 年我国污泥处理处置市场规模将超过 900 亿元。同时，随着污水处理量、处理要求提升，带动污泥产生量持续增加。自 2016 年以来，我国围绕污泥处理处置政策要求对多地违法违规处理处置污泥的情况进行了督察与问责。《“十四五”城镇污水处理及资源化利用发展规划》指出：“十四五”期间新增污泥无害化处置设施规模不少于 2 万吨/日，到 2035 年要全面实现污泥无害化处置，污水污泥资源化利用水平显著提升。
行业集中度较低，缺少专业性污泥处理服务商，我国各地污水处理厂总体较为分散。污泥分布也较为分散，污泥处理行业内单个企业的业务范围通常具有一定的区域性且市场占有率普遍不高。受长期以来“重水轻泥”的影响，我国污泥处理行业仍处于起步成长阶段，多数涉足污泥处理的企业主营污水处理，行业内仅有少数企业专门从事污泥处理。因此，当前我国从事污泥处理的企业生产经营管理水平和技术水平参差不齐。现阶段大规模的污泥处理处置项目以及先进技术的应用大多集中于经济发展水平较高的地区。
更多行业资料请参考普华有策咨询《2023-2029年中国污泥处理处置行业发展现状分析及投资战略咨询报告》
WATER8848前言：市政污水和污泥处理是一个重要的环保议题，不仅关乎水资源的再利用，也直接影响公共健康和生态安全。就日本的污水处理现状与规模而言，可以从以下几个方面进行分析：
污水处理总量与工艺分布：日本全国年污水处理总量约为155亿m³/a（截止2020年），显示出该国在污水处理方面的较高需求。在处理工艺方面，日本以传统氧化沟工艺、普通活性污泥法和深度处理为主，其中氧化沟工艺占比最大，广泛应用于小规模的污水处理厂。
污水处理系统类型：日本的污水处理系统包括集中式和分散式两大类。集中式处理占据主导地位，特别是在人口规模较大的城市地区。然而，对于人口规模较小且地域偏僻的地区，净化槽等分散式处理设施则成为主要处理方式。
MBR工艺应用：尽管MBR技术以其高效的污染物去除能力在国际市场上具有巨大的潜力，但在日本的应用却并不广泛。这主要是因为MBR技术的单位电耗过高，处理能力受限于膜性能，且对水量波动敏感。因此，在日本这种国土面积狭小的国家，MBR技术并未得到广泛推广。
净化槽的应用与管理：在日本，家庭分散式污水处理常用的净化槽安装数量相对较少，但运维管理模式已相当成熟。政府指定企业统一管理，每年定期清掏，并将清掏出的污泥统一运送至集中处理中心进行无害化处理。这种管理模式有助于确保污水处理设施的稳定运行和污泥的安全处理。
日本的污水处理现状与发展方向借鉴：
加强技术创新：推动污水处理技术的创新，降低能耗、提高处理效率和质量，以适应日益严格的环保法规和市场需求。
推广先进工艺：鼓励采用先进的污水处理工艺，如MBR技术等，以提高污水处理的整体水平和效率。
加强分散式处理设施的建设与管理：针对人口规模较小且地域偏僻的地区，加强分散式处理设施的建设和管理，确保污水得到有效处理。
推广资源化利用：鼓励将处理后的污水进行资源化利用，如用于农业灌溉、城市绿化等，以减轻水资源短缺的压力。
加强国际合作与交流：加强与国际社会的合作与交流，学习借鉴其他国家的先进经验和技术，共同推动全球污水处理事业的发展。
北极星水处理网讯:1.日本下水道发展历程
日本的下水道发展主要分为三个阶段。初始阶段的主要建设目标是保持土地的清洁，因此只进行简单的污水和雨水处理。日本第一个下水道系统于1884年在神田地区建成，1900年日本制定了最早的下水道法。随后，日本于1922年设立了第一座污水处理厂：东京三河岛污水处理厂。随着二战后人口和经济的快速发展，用水需求急剧扩大，下水道的建设需求也随之增加。
因此日本下水道发展进入第二阶段的标志是1958年制定的新下水道法，其中将下水道的建设目的提升为“城市的健康发展”和“提高公共卫生水平”。由于在经济快速发展过程中出现了以“水俣病”为首的多种公害事件，政府将下水道法增加了“保护公共水域水质”条目，并促使日本下水道发展进入到第三阶段（1970年后）。
1970年日本召开了第64届临时国会（即“公害国会”），一次性通过了14部环境法律， 1970年后，下水道得到了极大的普及，日本的整体环境得到了显著改善。1970年的日本下水道的普及率由1961年的6%提升到了16%。此后一直稳步提升，至今达到了78.8%。90年代起，日本污水处理人口普及率也一直稳步提升。2005年开始，随着净化槽与农业集落排水处理设施等的出现，使该普及率进一步得到提升，至2018年末已达90.9%(图1)。其中在100万以上人口规模的城市的普及率达到99.6%。使用下水道的人口占比99.2%，净化槽等占比0.3%。可以看出，城市规模越大，污水处理普及率越高，使用下水道人口占比越高。城市规模越小，使用净化槽和农村集合排水方式处理污水占比越高。同时，日本的环境标准达标率也持续稳步提升，至今超过90%。
近年来随着暴雨频发、地震、温室效应的不断加剧，以及下水道设施老发、合流制溢流、及人手不足等问题，是日本下水道的发展与建设面临的重要课题。
2.现阶段日本下水道系统管理情况的介绍
为了改善生活用水、生活杂排水的处理情况，日本政府制定了关于下水道和下水道相关设施的“污水处理设施”的整备计划：由农林水产省负责农业集落排水设施、环境省负责合并处理净化槽、国土交通省负责公共下水道，分别进行相应的事业支援。同时，作为事业主体的地方公共团体，考虑到各污水的处理设施特性、经济性等，制定“都道府县规划”，总结出适合地区建设的最佳处理方式。经济上基本考虑了耐用年数的建设费用，以及维持管理费总成本。同时，各都道府县在规划制定时也需要各市町村参与讨论。在明确分工的基础上，有计划地确立和推进各种建设框架。同时，根据下水道法，为达到水质环境标准，跨越两个以上市町村水域时，都道府县有必要制定跨流域下水道综合整备计划。其中，在流域综合下水道发展计划纲要中，为达到环境标准水质所必要的污水处理厂的出水水质与水量，需要在下水道处理过程中，减少在流域内发生的污染负荷，达到满足环境标准的要求。日本所有公共水域都需要遵守关于水质环境标准中涉及居民健康的部分，而出于生活环境保护目的的环境标准，各公共用水域(河川、湖沼、海域)根据相应的水域类型(自来水、工业用水、农业用水、水产、环境保护等用水利用目的)适用的相关标准进行污水处理。
3.琵琶湖流域下水道案例介绍
3.1 琵琶湖介绍及琵琶湖流域总规划
琵琶湖是滋贺县、京都府、大阪府、兵库县1450万人的水源地。湖泊面积：约670.25km2，总蓄水量：约275亿m3（其中北湖：约273亿m3南湖：约2亿m3），水深最大达到103.58m，平均水深约41米。其中北湖43m，南湖4m。1970年代，由于日本经济的快速发展，琵琶湖的藻类增殖出现异常。1977年，琵琶湖发生了淡水赤潮；1983年出现了藻类爆发事件。为了防止赤潮，抑制使用含有磷的洗涤剂，市民发动了“禁止使用含磷肥皂/洗涤剂”运动，敦促政府制定了防止富营养化的有关条例并于1980年发布条例，滋贺县内不得出售含有磷的洗涤剂，并在日本首次对工厂废水排放中氮、磷的浓度进行限制。
下水道业务虽然是市政业务，但是为了有效地保护河流，湖泊和海洋地区的水质，必须在流域进行区域合作。因此，流域内制定更高级别的规划，以达到河流，湖泊和海洋的水质的相关环境标准。计划以20到30年为期，为达到并维持水质环境标准，制定包括除污水处理以外的措施，并将其反映在污水处理工程中，大约每10年进行一次检查。
实行流域总体管理规划（水质环境标准检查）：将排放源分为生活源，工业源，农业源和自然源（森林等），调查从现在到未来的人口数量，农场数量和牲畜数量，以及废水和污染负荷的数量，计算（BOD，COD，T-N，T-P）。为了达到水质环境标准，使用上述数据预测公共水域中的污染负荷，并确定达到河流和琵琶湖水质环境标准所需的下游污水的排放量和处理方法，以及需要减少的负荷目标计划。
3.2 滋贺县下水道设施
1969年底大津市公共下水管道开始服务，而县域下水道始于1982年，目前的下水道普及率达98％，随着湖南中部（1982）、东北（1991）、湖西（1984）、高岛（1997）四个污水处理厂的投入使用，滋贺县下水道利用人口数量迅速增加，滋贺县污水处理人口的覆盖率（包括集体和个人类型）于2000年前后超过了全国平均水平，于2018年底已达98.7%，在日本47个县中排在第三位（全日本覆盖率为79.3%）。针对农村地区的20户或1000人以下的217个区域实行农村排水集落处理方式；并逐步推广合并净化槽在单独村户污水处理中的应用。
3.3 滋贺县水体水质变化
随着下水道系统的普及，未处理污染物排放量的显著减少，以及污水处理厂的处理水平的提高，琵琶湖的水质得到了改善。但从农田和牲畜等其他来源流入琵琶湖的污染物的流入量几乎没有变化，因此面源污染控制也是日本未来面临的重要课题。同时，随着琵琶湖污染负荷的削减，其入湖河流水质也得到迅速改善。
4.日本下水道污染控制技术介绍
4.1 合流制溢流污染控制
图6为合流式下水道改善工程的示意图。储存管分为上下两层，上层主要储存雨天合流制溢流污水，而下段为普通污水管，上段蓄留合流下水，再由水再生中心处理后放水。下段是污水管，可以实现到水再生中心的自然流出。
高速混凝处理技术的目的是减少SS/BOD的污染负荷。其处理流程如下：合流雨水依次进入加入无机混凝剂的凝集槽、加入细砂的注入槽、加入高分子混凝剂的混合槽，再经由沉淀槽，最后进行氯消毒排出。以流入水的浊度为指标调节混凝剂的添加量。其中雨水贮留管在当发生2 mm/ h及以上的降雨时进行拦截。此技术实际应用的污水处理厂设计覆盖人口105300人，计划面积1471公顷（内合流式155公顷），晴天最大处理能力88,400m/日，高速混凝沉淀处理能力74,448m/日。
4.2 污水污泥的资源及能源回收利用
近年来，日本污水污泥通过技术开发成为可再生能源。污水污泥中含有80%的有机成分。有机成分可以通过下水道沼气及污泥固型燃料等，转化为能源利用；也可以转化为肥料或作为土壤改良材料，进行绿色农田建设。其余的无机成分则可以添加或制成水泥原料、砖、骨材等。污泥的集中利用将有效提高其重新参与物质循环的效率。
截至2018年末，日本污水污泥的能源、农业再利用率达35%，其中能源利用占24%，包括占16%的沼气和占8%的污泥燃料、焚烧废热利用等；农业利用占10%。未能作为生物质利用的还有65%，而在日本全国的污水处理厂产生的污泥，总共拥有能发电约110万户的电力的能源，政府将进一步采取利用措施，增加使用效率。自2012年引入上网电价（FIT）系统以来，沼气发电的引入已迅速发展，现在已在100多个地区引入。另一方面，污泥焚烧发电的示范也是一个新的研究项目。比如1. 和歌山县和歌山市设置的阶梯式焚烧炉（由京都大学，日本下水道事业团，西原环境株式会社等联合开发，处理能力35吨/天，发电能力：100kWh/h），2.大阪池田工厂流化焚烧炉，处理能力25吨/天，发电能力25kWh/h。
4.3 再生水的利用
2017年度，日本的再生水利用率仅为1.4％左右，近年来一直持平。一半以上用作环境用水，例如景观用水和河道维护用水。其次作为城市用水占20%；虽然国外常见的农业用水占比不到10%，但近年来用于农业灌溉的应用实例也在逐渐提高。例如由京都大学，西原环境，东京设计公司设计的冲绳县糸满市再生水工程通过超滤膜过滤与紫外线消毒方式，将再生水用作农业用水。而东京都芝浦工厂则通过臭氧+陶瓷膜过滤手段将再生水用作城市用水。
4.4 磷的回收
日本几乎所有磷都依赖进口，但其有效利用量约为10％（主要是堆肥），同时日本约有10％的磷进口量流入下水道。因此，从污泥中再生磷并供给农业使用有很大的发展前景。兵库县神户市从消化的污泥中以MAP的形式回收，并用作大米和葡萄的肥料；岐阜县岐阜市磷回收工程通过碱抽提法从焚烧的灰渣中回收磷、并作为肥料出售。
4.5 技术示范项目（B-DASH项目）介绍
日本中央政府将主动在地方政府领域建立关于下水道的创新技术的大规模设施，以进行技术验证，创建和发布指南及在全国范围内部署。自2011财政年度以来，一直在实施下水道创新技术示范项目（B-DASH项目）。到2019财政年度，采用45种技术（全面示范）。国立土地与基础设施管理学院的网站上已经发布了24条准则。到目前为止已成为准则的B-DASH技术包括水处理技术、污泥处理技术、管道技术、以及防洪对策等。
报告人介绍
报告人贺凯本科，硕士，博士分别毕业于南开大学（2009年），清华大学（2012年），和京都大学（2016年）环境工程专业。博士毕业后于2016年10月-2020年3月期间在京都大学从事博士后研究工作，并于2020年4月开始作为京都大学流域圈综合环境质研究中心环境质预见分野助理教授开展研究教学工作。作为项目负责人主持Japan Society for the Promotion of Science（JSPS，日本文部科学省 日本学术振兴会）基金和分担多项日本财团合作研究基金，并作为项目组成员参与日本环境省环境研究综合推进基金等，并担任日本学术振兴会科研基金审查委员会候补委员，日本水环境学会会员，京都大学环境卫生工学研究会会员等。
研究机构介绍
京都大学流域圈综合环境质研究中心坐落于日本滋贺县琵琶湖畔，最早可追溯到1970年设置的京都大学水质污染控制实验室，历经50年发展，京都大学流域圈综合环境质研究中心成为了日本学术振兴会重点大学交流项目, 京都大学全球卓越教育研究据点项目,国际人间安全保障工学项目，环境管理人才育成国际据点项目等国际合作人才培养项目的重要参加单位，并且是日本环境研究体系中产官学合作的重要组成单位。在环境标准和环境政策（如，水质指标及标准制定，新兴污染物毒性评价等）上，同日本环境省，日本国土交通省等日本政府机构开展了紧密合作；在新型环境污染控制技术的开发上，同三菱电机，METAWATER，前泽工业，日立等日本著名企业进行合作研究，其中多项技术被列入日本国土交通省的下水道革新技术实证项目中进行推广。
原标题:贺凯：日本下水道发展，污染控制策略及相关前沿水污染控制技术
配有同声传译：国际大咖云集 --IWA国际水协第18届可持续污泥技术与管理会议 议报名注册：https://iwa-sludge-2024.casconf.cn/userRegister
【日程】国际水协第18届可持续污泥技术与管理会议
http://www.water8848.com/news/202311/14/148109.html 国际水协（International Water Association，IWA）是全球重要的水行业专业协会，成员包括来自大学、研究机构、工程和咨询公司、公用事业单位的全球专家。IWA Conference on Sustainable Sludge Management系列国际会议至今已举办17届，2024年在中国举办系列会议的第18届国际会议（2024.5.17-20 北京）。
最终日程IWA Sludge Conference Programme Version 5.020240513.pdfConference Information 会议信息
Buffet Lunch
12:00-13:30
Dinner Hall in Beijing China-Germany International Conference
Conference Onsite
Registration
12:00-22:00
Beijing China-Germany International Conference Convention & Exhibition Center
(北京中德国际会议会展中心)
Dinner
18:30-20:00
Dinner Hall in Beijing China-Germany International Conference
Convention & Exhibition Center
2024-05-18 (Saturday)
Conference Onsite
Registration
8:00-12:00
Beijing China-Germany International Conference Convention & Exhibition Center
(北京中德国际会议会展中心)
Buffet Lunch
12:00-13:30
Dinner Hall in Beijing China-Germany International Conference
Convention & Exhibition Center
1
Conference Onsite Registration Location
(First Floor Plan of Beijing China-Germany International Conference Convention & Exhibition Center) Conference Programme
Opening Ceremony & Keynote Speech
Opening Speech Delivered by Secretary-general of Chinese Society for Environmental Sciences
中国环境科学学会秘书长致开幕辞
Opening Remark Delivered by President Elect of International Water Association (IWA)
国际水协（IWA）当选主席致开幕辞
9:00-9:45
Opening Speech Delivered by Chairman of Beijing Drainage Group Co., Ltd
北京城市排水集团董事长致开幕辞
Opening
Ceremony
Opening Remark Delivered by Chair of Solid Waste Division, Chinese Society
for Environmental Sciences
中国环境科学学会固废分会主任致开幕词
Opening Speech Delivered by Chair of Sludge Management Specialist Group, IWA
国际水协（IWA）污泥专家委员会主席致开幕词
Achievement Award of the 2024 P. Aarne Vesilind Specialist Medal for Residuals Research
国际污泥技术与管理领导者“成就奖”颁奖仪式
Appointment Ceremony of International Expert in Sludge Research Field
国际污泥领域专家聘任仪式
Coffee Break 9:45-10:00
10:00-10:30
Sludge Management Challenges - Current Status and Future Trends in the U.S. and Beyond
污泥管理挑战——美国及其他地区的当前状态和未来趋势
Kwok-Wai Richard Tsang (CDM Smith, United States )
10:00-12:00 10:30-11:00
Application and Effect of Advanced Anaerobic Digestion Technology in Beijing Drainage
Group Co., Ltd.
北排集团污泥高级厌氧消化技术应用实践与成效
Lei Shi (Beijing Drainage Group Co., Ltd., China)
Keynote
Speech
11:00-11:30
The Development and Future Trend of Sludge Management in Japan
日本污泥管理的发展和未来趋势
Masaki Takaoka (Kyoto University, Japan)
11:30-12:00
Green Low-carbon Sustainable Technology for Sludge Resources Recovery and Utilization
污泥绿色低碳可持续资源化利用技术发展趋势
Guoren Xu (University of Chinese Academy of Sciences, China)
Buffet Lunch 12:00-13:30
GuoCe Hall 2024.05.18
2 Conference Programme
Keynote Speech
13:30-14:00
Sludge/Biosolids Management: A New Global Vision and the Regulatory Evolution in Europe
污泥/生物固体管理：全球新视野和欧洲的监管演变
Ludovico Spinosa
(ISO/CEN Expert Member, UNI/GL5 Coordinator, Env. Cons. at ETS s.r.l., Bari, Italy)
13:30-15:30 14:00-14:30
The Changing Landscape of Biosolids Management Around the World – What Does the
Future Hold?
全球生物固体管理格局的变化——未来发展趋势？
Banu Örmeci (Carleton University, Canada)
Keynote
Speech
14:30-15:00
Recent Developments and Future Trends of Sludge Management in Europe and Turkey
欧洲和土耳其污泥管理的最新发展和未来趋势
F. Dilek Sanin (Middle East Technical University, Turkey)
15:00-15:30
Resource Recovery from Sludge - challenges and the way forward
污泥资源回收——挑战与前进之路
Yan Zhou(Nanyang Technological University, Singapore)
Coffee Break 15:30-15:45
15:45-16:15
Evolutional Approaches to Handling Sludge from Wastewater Treatment
污水污泥处理方式的演变
Xiaodi Hao (Beijing University of Civil Engineering and Architecture, China)
15:45-17:45 16:15-16:45
Technical Advances and Case Studies on Sludge Composting in China
中国污泥好氧发酵与土地利用技术研究进展
Ji Li (China Agricultural University, China)
Keynote
Speech
16:45-17:15
Sludge Management in Europe and China, Current Practice, Challenge and Outlook
欧洲和中国的污泥管理：现实，挑战和展望
Ping Shi (Suez Environmental Technology, Beijing China)
17:15-17:45
Veolia's New "Green Up" Program ＆ Tomorrow's Municipal Sludge Solutions
威立雅新战略计划“GreenUp”，为市政污泥处理创造明天的解决方案
Xiaohua Chen (Veolia Water Technologies (Beijing) Co., Ltd, China)
Dinner
18:00-20:00
3
GuoCe Hall 2024.05.18 Conference Programme
The 1st China Top 100 Sludge Forum
第1届中国污泥100人高层技术与管理论坛
8:30-8:55
Environmental Management of Industrial Sludge
工业污泥的环境管理
Qifei Huang (Chinese Research Academy of Environmental Sciences, China)
黄启飞（中国环境科学研究院，中国）
8:30-10:25 8:55-9:20
Policies and Trends for the Emerging Pollutants Control in China
新污染物治理政策与发展方向
Ying Chen (Solid Waste and Chemicals Management Center, Ministry of Ecology and Environment of China,)
陈瑛（生态环境部固体废物管理中心，中国）
Parallel
Sessions
9:20-9:45
Reflection on Process Selection and Design Difficulties of Sludge and Industrial Waste Co-incineration
污泥与工业废料混合焚烧工艺路线选择和设计难点思考
Minghua Dai (Beijing General Municipal Engineering Design & Research Institute, China)
戴明华（北京市政工程设计研究总院，中国）
9:45-10:10
Life Cycle Assessment (LCA) and Integrated Processes of Sludge Deep Dewatering and Recycling
污泥深度脱水与资源化集成工艺及其全生命周期评估
Dongsheng Wang (Zhejiang University, China)
王东升（浙江大学，中国）
10:10-10:25 Discussion 讨论
Coffee Break 10:25-10:35
10:35-11:00
Treatment and Reuse of Sewage Sludge in China: Status and Prospect
中国污泥处理与资源化：现状与前景
Yuansong Wei (Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, China)
魏源送（中国科学院生态环境研究中心，中国）
10:35-12:00 11:00-11:25
Exemplary Industrial Composting System: SACT
工业化堆肥系统典范
：SACT
Tao Wang (Machinery Technology Development Co., Ltd., China)
王涛（机械科学研究总院，中国）
Parallel
Sessions
11:25-11:50
Existing Standard System and Future Direction of Standard Development for Sludge Treat
ment and Disposal in China
中国污泥处理处置现有标准体系及未来发展方向
Xiuteng Wang (China National Institute of Standardization, China)
王秀腾（中国标准化研究院，中国）
11:50-12:05 Discussion 讨论
Buffet Lunch 12:05-13:30
4
GuoCe Hall 2024.05.19 Conference Programme
The 1st China Top 100 Sludge Forum
第1届中国污泥100人高层技术与管理论坛
14:00-14:25
The Research and Application of the Conditioning and Dewatering for Sludge from
Advanced Anaerobic Digestion in Beijing Drainage Group Co., Ltd.
北排高级厌氧消化污泥调理脱水技术研发与应用效果
Jiawei Wang (Beijing Drainage Group Co., Ltd., China)
王佳伟（北京排水集团，中国）
14:00-16:05 14:25-14:50
Practices of Municipal Sludge Treatment and Disposal in Tianjin
天津市污泥处理与处置实践 Jinhe Li (Tianjin Capital Environmental Protection Group Co., Ltd., China)
李金河（天津创业环保集团，中国）
Parallel
Sessions 14:50-15:15
Practice of Urban Sludge Treatment and Disposal
城市污泥处理处置的实践 Biqing Li (Guangzhou Sewage Purification Co., Ltd., China)
李碧清（广州市净水有限公司，中国）
15:15-15:40
Challenges and Future Outlook of Land Application of Sewage Sludge in China
中国污泥土地利用的挑战分析和前景展望
Xiang Chen (Yangtze Eco-Environment Engineering Research Center, China)
陈祥（长江环保集团，中国）
15:40-15:55 Discussion 讨论
Coffee Break 15:55-16:05
16:05-16:30
The Innovative Technology and Route of Resource Recovery and Energy Utilization of Sludge
污泥能源资源化处理处置新路径与新技术
Yunfei Tan (Zhongyuan Environment-Protection Co., Ltd., China)
谭云飞（中原环保有限公司，中国）
16:05-17:35 16:30
-16:55
SUEZ's Global Experience in Sludge Resource Utilization
苏伊士污泥资源化的全球经验
Zhonghong Cheng (Suez Asia)
程忠红（苏伊士亚洲，中国）
Parallel
Sessions 16:55-17:20
Innovation and Practice of Collaborative Treatment of Sludge by Coal-fired Power Plants of
Longyuan Environmental Protection Co.,Ltd
龙源环保燃煤锅炉协同处理污泥创新与实践
Zezhong Wang （China Energy Longyuan Environmental Protection Co., Ltd, China
）
王泽中 （国能龙源环保公司，中国）
17:20-17:35 Discussion 讨论
Dinner
18:30-20:00
5
GuoCe Hall 2024.05.19 Conference Programme
SESSION 1 Emerging contaminants in sludge – management, treatment, and safe transformation
8:00-8:25
Pyrolysis of Sewage Sludge in Molten Salt Environment: Effects on Heavy Metals Behavior and Ecological
Risk 熔融盐环境中污水污泥热解:重金属行为及生态风险影响
Zeyu Fan (Changjiang River Scientific Research Institute, China)
Qi Lu1 , Zeyu Fan*,1, Xian Zhou, Ziling Peng , Zhuo Fan Gao , Shanshan Deng, Xia Chen*
1. Changjiang River Scientific Research Institute, China
8:00-10:05
8:25-8:50
Fates and Risk Control of Mercury and Methylmercury in Sludge Biological Treatment
污泥生物处理过程中汞和甲基汞的迁移与风险控制
Jibao Liu (Tokyo Institute of Technology，Japan)
Jibao Liu2 , Zhen Bao1 , Jinyi Wei1 , Manabu Fujii2 , Yixin Zhang1 , Yuansong Wei1, *
1.Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, China 2. Tokyo Institute of Technology,Japan
Parallel
Sessions
8:50-9:15
Fate of Emerging Contaminants in Biosolids on Thermal Pretreatment and Mesophilic Anaerobic Digestion
在热预处理和中温厌氧消化过程中生物固体中新兴污染物的迁移转化
Ashish K Sahu (Cambi Group AS, Norway)
Gowtham Balasundaram1 , Pallavi Gahlot1 , Vinay Kumar Tyagi2 , Absar A Kazmi1 , Harald Kleiven3 , Ashish K Sahu3
1.Indian Institute of Technology, India 2.National Institute of Hydrology, India 3.Cambi Group AS, Norway
9:15-9:40
Metagenomic Analysis Reveals the Effects of Potassium Ferrate Loaded Steel Slag on Antibiotic Re
sistance Genes in Digested Sludge and Its Risk Assessment
宏基因组分析揭示铁酸钾负载钢渣对消化污泥中抗生素耐药基因的影响及其风险评估
Qiushuo Zhang (Hebei university, China)
Qiushuo Zhang1, 3, Hongjie Wang 1, 2, 3, Hang Li 1, 3, Yutong Wu 1, 3, ZiXue Liu 1, 3, Yali Wang 1, 2, 3, *
1.School of Eco-Environment, Hebei university, China 2.School of life science, Hebei university, China
3.Institute of Xiong’an New Area, Hebei university, China
9:40-9:55 Discussion 讨论
Coffee Break 9:55-10:05
10:05-10:30
Microplastics in Dewatered Sewage Sludge from Wastewater Treatment Plants in Japan
日本污水处理厂脱水污泥中的微塑料
Sai Liu (Kyoto University, Japan)
Sai Liu1 , Kazuyuki Oshita1 , Masaki Takaoka1
1. Kyoto University, Japan
10:05-12:00 10:30-10:55
Microplastics in Anaerobic Digestion of Sludge
厌氧消化污泥中的微塑料
F. Dilek Sanin (Middle East Technical University, Turkey)
İrem Şimşek1 , M. Dilara Hatinoğlu1 , F. Dilek Sanin1
1 Middle East Technical University, Turkey
Parallel
Sessions
10:55-11:20
Solid-Liquid Distribution of Ciprofloxacin during Sludge Dewatering after Fe(II) Activated
Peroxymonosulfate Treatment: Focusing on the Role of Dissolved Organic Components
Fe(II)活化过硫酸盐处理污泥脱水过程中环丙沙星的固液分布：关注溶解有机成分的作用
Keke Xiao (Guangdong Technion - Israel Institute of Technology, China)
11:20-11:45
Sewage Sludge – the Good, the Bad, and the Ugly. Ten Years of Research on Making Only Good Sewage Sludge
污水污泥的益处、害处和挑战：十年致力于研究污水污泥的益处
Patryk Oleszczuk (Maria Curie
-
Skłodowska University, Poland)
Monika Raczkiewicz
1 , Anna Siatecka
2
, Aleksandra Bogusz3 , Magdalena Stefaniuk
4 , Patryk Oleszczuk1,*
1. Maria Curie-Skłodowska University, Poland 2. University of Life Sciences, Poland 3. National Research Institute, Poland
4. Maria Curie-Skłodowska University, Poland
11:45-12:10
污泥热化学处理资源化过程中重金属固化与稳定化研究
Hongwei Liu (University of Chinese Academy of Sciences)
Hongwei Liu, Guoren Xu, Zhao Zhang
University of Chinese Academy of Sciences, China
12:10-12:25 Discussion 讨论
Buffet Lunch 12:30-13:30
ROOM GuoHua 2024.05.19
6 Conference Programme
SESSION 3 Sludge treatment to enhance recycling and resource recovery in a circular economy (Resource Recovery)
14:00-14:25
Enhanced Phosphorus Recovery from Sewage Sludge through Sequential Acid-Base Extraction and Pyrolysis
顺序酸碱提取与热解协同强化污水污泥磷回收
Teik-Thye Lim (Nanyang Technological University, Singapore)
Satya Brat Tiwari
1,2, Sze Yuet Chin 3 , Andrei Veksha 2 , Wei Ping Chan 2 , Teik
-Thye Lim 1,2,*
1. School of Civil and Environmental Engineering, 2. Nanyang Environment and Water Research Institute, 3. Centre of High
Field NMR Spectroscopy and Imaging, Nanyang Technological University, Singapore
14:25-14:50
Organic and Inorganic Separation of Sludge and Precise Resource Utilization Technology
污泥中有机无机物分离与精准资源化利用技术
Wang Xueke (Tsinghua University, China)
WANG Xueke 1,2, MU Tong 2 ,ZHENG Xiaoxuan 2，ZHANG Chunmiao 2
1.Tsinghua University, China 2.Tianjin Raising Environmental Protection Engineering Co. Ltd., China
14:00-16:05 14:50-15:15
In-situ Iron Re-utilization for Enhanced Resource Recovery from Iron-rich Sludge
原位铁再利用以增强富铁污泥的资源回收
Ruo-hong Li (Sun Yat-sen University, China)
Lianpeng Sun1 , Ruo-hong Li 1*
1. Sun Yat-sen University, China
Parallel
Sessions 15:15-15:40
Probiotics for Improving Settleability, Reducing Biosolids Production and Making Class A Residuals
通过益生菌改善沉降性减少生物固体产量并制取
A级生物固体
Rob Whiteman (ABS Inc., USA)
15:40-15:55 Discussion 讨论
Coffee Break 15:55-16:05
16:05-16:30
The Advantages of Refinery Excess Sludge Carbon as Peracetic Acid Activator: the Role of Functional
Groups and Persistent Free Radicals
炼油污泥炭作为过乙酸活化剂的优势:官能团及持久自由基的作用
Cao Yue (China University of Petroleum-Beijing,China)
Cao Yue 1 , Li Jinglin, Hu Yuntao, Du Mengqi, Li Zhuoyu*,Wang Qinghong, Chen Chunmao,
1. China University of Petroleum-Beijing
16:05-18:00 16:30
-16:55
Taxonomic Characterization of Primary Sludge Bacteria Grown on "Selective" Media for Salmonella Spp.
在沙门氏菌 "选择性 "培养基上培养的初级污泥细菌的分类特征
Adalberto Noyola (Universidad Nacional Autónoma de México, México)
Nathaly M. Alderete-Ludeña 1, 2, Yovany Cuetero-Martínez 1 , Aarón-Flores Ramírez 1 , Adalberto Noyola 1*
1. Universidad Nacional Autónoma de México, México. 2. Universidad Peruana Cayetano Heredia, Perú
Parallel
Sessions 16:55-17:20
Aerobic Composting Treatment of Refinery Waste Activated Sludge: Feasibility, Humification, Petroleum
Removal Efficiency And Mechanism
炼油废活性污泥的好氧堆肥处理：可行性、腐殖化、石油去除效率和机理
Xinge Fu (China University of Petroleum-Beijing, China)
Xinge Fu 1 , Hui Zuo 1 , Qinghong Wang 1*, Chunmao Chen 1
1. China University of Petroleum, Beijing, China
17:20-17:45
Research Progress in Conversion Mechanism and Resourcing Processes for Aqueous Products from Sludge
by Hydrothermal Carbonization
水热碳化法污泥水相产物转化机理及资源化工艺的研究进展
Wei Meng (University of Science and Technology Beijing, China)
Wei Meng 1 , Lei Zheng 1 , Zifu Li1
1.University of Science and Technology Beijing, China
17:45-18:10
In-situ catalytic pyrolysis of sewage sludge by calcinated red mud to upgrade pyrolytic volatiles, produce
magnetic sludge-based biochar and Reduce Carbon Emission
烧结赤泥原位催化污泥热解同步实现气态产物优化、磁性生物炭制备与碳减排
Zhao Zhang (University of Chinese Academy of Sciences, China)
Zhao Zhang1 , Guoren Xu1 , Hongwei Liu1 , Qiuju Wang1
1. University of Chinese Academy of Sciences, China
18:10-18:25 Discussion 讨论
Dinner
18:30-20:00
7
ROOM GuoHua 2024.05.19 Conference Programme
SESSION 2 Innovative technologies for carbon reduction & sequestration in sludge treatment
8:00-8:25
A new strategy for greenhouse gas emission reduction in A/A/O treatment process: The positive role of
exogenous N-acyl-homoserine lactones, a quorum-sensing signaling molecules
A/A/O工艺中温室气体减排新策略：外源性N-酰基高丝氨酸内酯的积极作用，一种群体感应信号分子
Wenjiao Sang (Wuhan University of Technology, China)
Wenjiao Sang 1,*, Zhenxue Ge 1 , Qian Zhang 1 , Fangmao Gan 2 , Nianhong Wan3 , Lei Zou3
1. Wuhan University of Technology, China 2. Yangtze Ecology and Environment Company, China 3. Central & Southern
China Municipal Engineering Design & Research Institute Company, Limited, China
8:00-10:05
8:25-8:50
GHGs Emissions from an Anaerobic Sludge Digestion Wastewater Treatment Plant
污水处理厂厌氧污泥消化的温室气体排放量
Ezio Ranieri (Universita’ degli Studi di Bari, Italy)
Ezio Ranieri1a°, Gianfranco D’Onghia1a°°, Francesca Ranieri2 , Luigi Lopopolo1 , Sarah Gregorio1 , Ada Cristina Ranieri3,4
1 Universita’ degli Studi di Bari, Italy 2 Universita’ degli Studi di Foggia 3 Politecnico di Bari, Dipartimento Interateneo di
Fisica, Italy 4 Universita’ Internazionale Telematica Uninettuno, Italy
Parallel
Sessions
8:50-9:15
Innovative Technologies for Carbon Reduction and Sequestration in Sludge Treatment: A Path to Envi
ronmental Sustainability
污泥处理中的碳减排和碳封存创新技术：环境可持续性之路
Heinz Peter Mang (University of Science and Technology Beijing,China)
Heinz Peter Mang 1&2, Zifu Li 1 , Zubin Shrestha 2 , Elisabeth M. Huba 3
1. University of Science and Technology Beijing, China 2. UPM Umwelt-Projekt-Management GmbH, Germany 3.
GERBIO German Biogas and Bioenergy Society, Germany
9:15-9:40
The carbon footprint of producing biogas and biomethane from municipal sludge digestion
城市污泥厌氧消化生物天然气及生物甲烷的碳足迹
William P. F. Barber (Cambi, USA)
9:40-9:55 Discussion 讨论
Coffee Break 9:55-10:05
10:05-10:30
Detection of Filamentous Bacteria in Activated Sludge: A Deep Learning-based Quantitative Image Anal
ysis Approach Using U-Net Semantic Segmentation Method
活性污泥中丝状细菌的检测：使用 U-Net 语义分割方法的基于深度学习的定量图像分析方法
Yuki Nakaya (Hokkaido University, Japan)
Uthpala Kaushalya 1 , Yuki Nakaya 1*, Shota Ishizaki 1 , Kai Sugino 1 , Reiko Hirano 2 , Hisashi Satoh 1
1. Hokkaido University, Japan 2. Cellspect Co., Ltd., Japan
10:05-12:00 10:30-10:55
Minimizing Sludge Generation in Hybrid-biofilm and Membrane Bioreactors: from MIDEPURO to
S4WAT Project
混合生物膜和膜生物反应器污泥减量化：从MIDEPURO 到S4WAT 项目
Francesco Di Capua (University of Basilicata, Italy)
Francesco Di Capua 1,*, Raffaele Morello 2 , Cigdem Kalkan Aktan 3 , Erkan Sahinkaya 4
1.University of Basilicata, Italy 2.University of Bari Aldo Moro, Italy 3.Marmara University, Turkey
4.Istanbul Medeniyet University, Turkey
Parallel
Sessions
10:55-11:20
Production of Medium Chain Fatty Acids by Microbial Electrosynthesis from Waste Activated Sludge
微生物电化学合成法从活性污泥中生产中链脂肪酸
He Liu(Jiangnan University, China)
11:20-11:35 Discussion 讨论
Buffet Lunch 12:00-13:30
8
ROOM GuoCui 2024.05.19 Conference Programme
SESSION 6 Innovative practice and management of green & low-carbon sludge treatment
14:00-14:25
Enlarge Application Ratio of Sewage Sludge and its Product in Non-Agricultural land — Our Four Years
Exploration in Beijing of China
扩大污水污泥及其产品的土地利用—我们在中国北京的四年探索
Fenfen Zhu (Renmin University of China, China)
Fenfen Zhu 1 , Bing Zhao 1 , Qian Chen 1 , Yuhui Zhang 1 , Jiawei Wang 2 , Xingmin Fu 2 , Huan Wang 1
1.Renmin University of China, Beijing, China 2.Beijing Drainage Group, Beijing, China
14:00-16:05 14:25-14:50
Sludge treatment to enhance recycling and resource recovery in a circular economy Malaysia
马来西亚污泥处理促进再生利用与资源回收的循环经济
Datin Ts. Suhaily Saleh (Ministry of Energy Transition and Public Utilities, Malaysia)
Parallel
Sessions 14:50-15:15
Biosolids Management and Regulatory Changes in North America: What is next?
北美生物固体管理和监管变化：下一步是什么？ Yasemin Beckers (University of Waterloo, Canada)
15:15-15:40
Development of a Standard Procedure for the Assessment of Sludge/Biosolids and Organic Products Stability
评估污泥/生物固体和有机产品稳定性的标准程序
Livia Molinari (UNI/GL5 Expert, Valli S.p.A, Lonato del Garda (BS), Italy)
Livia Molinari
1 , Andrea N. Rossi 2 ,Ludovico Spinosa 3
1. UNI/GL5 Expert, Valli S.p.A, Lonato del Garda (BS), Italy 2. UNI/GL5 Expert, Progress S.r.l., Milano, Italy 3. UNI/GL5
Coordinator, Env. Cons. at ETS S.r.l., Bari, Italy
15:40-15:55 Discussion 讨论
15:55-16:05
16:05-16:30
Hyperthermophilic Composting(HTC) and recycling of municipal sludge
超高温堆肥(HTC)处理城市污泥及循环利用
Tong Zhu (Northeastern University, China)
Tong Zhu
1 , Youzhao Wang 1 , Feng Ma 1 , Chaoyue Zhao
1 , Xu Li 1 , Yanping Zhang 1 , Zhipeng Wang 1 , Xiaoyan Dang 1 ,
Shumin He 1
1. Northeastern University, Shenyang, China
16:05-18:00 16:30
-16:55
Challenges and Prospects of Faecal Sludge Management in Cameroonian Cities: A Case Study of Yaoundé
喀麦隆城市粪便污泥管理的挑战与前景：雅温得案例研究
Jean
-Roland MOUNKAPEGNA (Wastewater Research Unit, Yaoundé, Center Region, Cameroun)
Jean-Roland MOUNKAPEGNA
1 , Raymond SEZAWO2 , Stanislas MVONDO3
1. Wastewater Research Unit, Yaoundé, Center Region, Cameroun 2. Faecal Sludge Treatment Plant, Yaoundé Etoa, Center
Region, Cameroon 3. Yaoundé City Council, Yaoundé, Center Region, Cameroon
Parallel
Sessions 16:55-17:20
Effects of Poor Solid Waste Management on Faecal Sludge Emptying, Treatment and Disposal Services in
Lusaka
固体废物管理不善对卢萨卡粪便污泥倾倒、处理和处置服务的影响
Mwila A Kapembwa (BORDA and University of Zambia, Zambia)
Aubrey Simwambi
1 , Mwila A Kapembwa2 , Kapanda Kapanda3
1.BORDA and University of Zambia, Zambia 2.BORDA, Lusaka, Lusaka, Zambia 3.Lusaka Sanitation Project and University
of Zambia, Zambia
17:20-17:45
Deep Row Entrenchment of Faecal Sludge in Areas with No Treatment Facilities
在没有处理设施的地区深层掩埋粪便污泥
Lynette Owomuhangi (Water For People, Kampala, Uganda)
Lynette Owomuhangi1 , Martin Nyanzi Mawejje2
17:45-18:00 Discussion 讨论
Dinner
18:30-20:00
9
ROOM GuoCui 2024.05.19 Conference Programme
SESSION 3. Sludge treatment to enhance recycling and resource recovery in a circular economy (Energy Recovery)
8:00-8:25
A novel approach for the fractionation in ADM1 and model modification and validation based on the
methanogenic potential
在ADM1中进行分馏的新方法以及基于产甲烷潜能值的模型修改和验证
Wenjie Guo (Tongji University, China)
Wenjie Guo 1 , Dunjie Li 1 , Zhipeng Zhang 1 , Rongrong Mo 1 , Yongmei Li 1,2,*
1.Tongji University, China 2.Shanghai Institute of Pollution Control and Ecological Security, China
8:00-10:05
8:25-8:50
Insights of microbial community shifts in mono- and co-digestion of sewage sludge and food waste
污水污泥和厨余单一消化和协同消化过程中微生物群落变化的启示
Nirakar Pradhan (Hong Kong Baptist University, Hong Kong SAR, China)
Lijun Luo*, Nirakar Pradhan*
*Hong Kong Baptist University, Hong Kong SAR, China.
Parallel
Sessions
8:50-9:15
Phosphorus release and transformation in anaerobic digestion of thermal hydrolysis pretreatment sludge
– masking effects from high ammonium
热水解预处理污泥厌氧消化过程中磷的释放和转化--高氨的掩蔽效应
Yun Chen (Nanyang Technological University, Singapore)
Yun Chen 1, 2, Yan Zhou 1*
1. Nanyang Technological University, Singapore 2. Nanjing Normal University, China
9:15-9:40
Centralized anaerobic digestion of municipal sewage sludge: technology advances and sustainable strate
gies for circular economy
城市污水污泥集中厌氧消化：循环经济的技术进步和可持续战略
Francesco Di Capua (University of Basilicata, Potenza, Italy)
Francesco Di Capua 1 , Andrea Giordano 2
1.University of Basilicata, Italy 2. Acqua & Sole s.r.l., Vellezzo Bellini, Italy
9:40-9:55 Discussion 讨论
Coffee Break 9:55-10:05
10:05-10:30
Effects of Methane Yields on SBR sludge using Thermal Hydrolysis Pretreatment
热水解预处理对SBR污泥甲烷产量的影响
Ashish K Sahu (Cambi Group AS, Norway)
Gowtham Balasundaram1 , Pallavi Gahlot1 , Vinay Kumar Tyagi2 , Absar A Kazmi1 , Harald Kleiven3 , Ashish K Sahu3
1.Indian Institute of Technology, India 2.National Institute of Hydrology, India 3.Cambi Group AS, Asker, Norway
10:05-12:00 10:30-10:55
Advanced Anaerobic Digestion at Tarnow, Poland achieves Effective Biosolids Management, Asset Opti
misation and Circular Economy
在波兰塔尔诺进行的高级厌氧消化实现有效的生物固体管理、资产优化和循环经济
Ashish K Sahu (Cambi Group AS, Viken and Norway)
Jakub Mukawa1 , Jacek Kosciukiewicz2 , Agnieszka Niedzielska2 , Ashish K Sahu2
1. Tarnowskie Wodociągi Sp. z o. o., Tarnow, Poland 2. Cambi Group AS, Asker, Viken and Norway
Parallel
Sessions
10:55-11:20
Anaerobic digestion as a potential approach for the conversion of aqueous pyrolytic liquor into biogas
厌氧消化作为将水相热解液转化为沼气的潜在途径
Rui Zhang (Kyoto University, Japan)
Rui Zhang1 , Kazuyuki Oshita 1*, Masaki Takaoka1
1. Kyoto University, Japan
11:20-11:45
Performance and metagenomics analysis of CaO promoting methane production from sludge anaerobic
fermentation
通过CaO促进污泥厌氧发酵产甲烷的性能和宏基因组分析
Hang Li (Hebei university, China)
Hang Li 1, 3, Hongjie Wang 1, 2, 3, Qiushuo Zhang 1, 3, ZiXue Liu 1, 3, Yutong Wu 1, 3, Yali Wang 1, 2, 3, *
1.Hebei Key Laboratory of close-to-Nature restoration technology of wetlands, School of Eco-Environment, Hebei universi
ty, China 2.School of life science, Hebei university, China 3.Institute of Xiong’an New Area, Hebei university, China
11:45-12:00 Discussion 讨论
Buffet Lunch 12:00-13:30
10
ROOM GuoChang 2024.05.19 Conference Programme
SESSION 3. Sludge treatment to enhance recycling and resource recovery in a circular economy (Energy Recovery)
14:00-14:25
Assembly of Low-dose Nonionic Surfactant Hydrophobic Functional Groups with Extracellular Polymeric
Substances: Enhancing Surface Free Energy of Sludge Particles and the Response of Methanogenic
Bacterial Enzyme Activity to Improve Biomass Energy Recovery Efficiency
组装低剂量非离子型界面活性剂疏水性官能团与胞外聚合物:提高污泥颗粒的表面自由能,改善甲烷生成菌酶活性,提高
生物质能量回收效率
Qi Song (Tongji University, China)
Qi Song, Yu Hua*, Xiaoguang Liu, Shuxian Chen, Xiaohu Dai*
Tongji University, China
14:00-16:05 14:25-14:50
Challenging the Retention Time of Municipal Anaerobic Digestion by Using Thermal Hydrolysis Pretreatment
热水解预处理缩短城市污泥厌氧消化的保留时间
William P. F. Barber (Cambi, Inc., USA)
William P. F. Barber 1*, Matthew Higgins 2
1.Cambi, Inc., USA 2. Bucknell University, USA
Parallel
Sessions 14:50-15:15
Study on the mechanism of hydrogen production and recovery of vivianite in iron-carbon double anode
electrofermentation system by intermittent power supply
间歇供电条件下电化学发酵双阳极铁碳系统中产氢机制及磷灰石资源化研究
Zhengtong Guo (Taiyuan University of Technology, China)
Zhengtong Guo1 , Zhihong Liu 1*, Aijuan Zhou1, Xiuping Yue 1,*
1. Taiyuan University of Technology, China
15:15-15:40
Lactic acid-based hydrogen production from food waste: A study on metabolic and taxonomic profile
以乳酸为基础从食物垃圾中制氢：新陈代谢和分类研究
Lijun Luo (Hong Kong Baptist University, Hong Kong SAR, China)
Lijun Luo 1*, Nirakar Pradhan
1. Hong Kong Baptist University, Hong Kong SAR, China
15:40-15:55 Discussion 讨论
15:55-16:05
16:05-16:30
Fe3O4@MOF-808 for Enhanced Carbon and Phosphorus Recovery from Sludge Anaerobic Fermentation
Fe
3O4@MOF-808 用于提高污泥厌氧发酵的碳和磷回收率
Hongtao Zhu (Beijing Forestry University, China)
Long Chen, Xiangyue Zhang, Jianming Zhu, Helin Fan, Zimu Qin, Jun Li, Hongtao Zhu*
Beijing Forestry University, China
16:05-
18:00 16:30-16:55
Tailored value-added carboxylic acids conversion from waste activated sludge fermentation triggered by
sulfate reduction-mediated syntrophic consortia
由硫酸盐还原介导的合成营养群引发的废物活性污泥发酵中羧酸的定制增值转化
Aijuan Zhou (Taiyuan University of Technology, China)
Aijuan Zhou 1,2,*, Yaxin Fan 1 , Hongyan Liu 1 , Xiuping Yue 1,3
1. Taiyuan University of Technology, China 2. Shanxi Shanan Lide Environmental Science & Technology Co., LTD, China
3. Shanxi-Zheda Institute of Advanced Materials and Chemical Engineering, China
Parallel
Sessions 16:55-17:20
Sludge electrooxidation as a pretreatment for anaerobic digestion: synergistic effect of combined treatment
on microbial inactivation
污泥电氧化作为厌氧消化的预处理：联合处理对微生物灭活的协同效应
Jose A. Barrios (Instituto de Ingeniería UNAM, México)
Jose A. Barrios*, Catalina Maya, Mónica Pérez, Angélica Román & Blanca Jiménez
Instituto de Ingeniería UNAM, México
17:20-17:45
Effects of salinity on anaerobic digestion of municipal sludge: focusing on biogas production and microbial
community
盐度对市政污泥厌氧消化的影响：聚焦于沼气产量和微生物群落
Xiaokang Feng (Qingdao University of Technology, China)
Xiaokang Feng1 , Yuemei Yan1 , Wei Zhang2 , Lu Jing1 , Zhixuan Yin 1,*, Changqing Liu1
1.Qingdao University of Technology, China 2.Tuandao Wastewater Treatment Plant, China
17:45-18:10
Start-Up of thermophilic anaerobic digestion of THP sludge driven by iron-containing sludge-based biochar
含铁污泥生物炭驱动的THP污泥嗜热厌氧消化的启动
Zong Li (Nanyang Technological University, Singapore)
Hui Xu
1 , Zong Li2 , Yan Zhou2,*
1 Nanyang Environment and Water Research Institute 2 School of Civil and Environmental Engineering, Nanyang Technologi
cal University, Singapore
18:10-18:25 Discussion 讨论
Dinner
18:30-20:00
11
ROOM GuoChang 2024.05.19 Conference Programme
SESSION 4. Innovative approaches to reduce carbon footprint and greenhouse gas emissions (Sludge Conditioning & Dewatering)
8:00-8:25
Fluorescence Spectral Fingerprints: A New Approach to Characterizing the Intermolecular Interactions
of Extracellular Polymeric Substances (EPS) in Activated Sludge
荧光光谱指纹：表征活性污泥中细胞外聚合物物质（EPS）分子间相互作用的新方法
Jinlan Yu (University of Chinese Academy of Sciences, China)
Jinlan Yu 1,2, Kang Xiao 1,*, Yirong Xu1 , Aiqian Zhang1 , Xianghua Wen2
1.University of Chinese Academy of Sciences, China 2.Tsinghua University, China
8:00-10:05
8:25-8:50
Crystallization-driven Evolution of Water Occurrence States with Implications on Dewaterability
Improvement of Waste-activated Sludge
结晶驱动的水形态演变对改善废活性污泥脱水性能的影响
Boran Wu (Tongji University, China)
Parallel
Sessions
8:50-9:15
Biochar Skeleton Assisted Sludge Conditioning and Dewatering
生物炭骨架辅助污泥调理和脱水
Zheng Ge (Beijing University of Technology, China)
Zheng Ge*, Yixin Zhang, Jia Deng, Yixin Yu
University of Technology, China
9:15-9:40
Effect of Inorganic Coagulant Addition in Sewage Sludge Dewatering with Organic Polymer Flocculants
有机高分子絮凝剂在污水污泥脱水过程中添加无机混凝剂的影响
Kazuyuki Oshita (Kyoto University, Japan )
Kazuyuki Oshita 1*, Takuto Miura 2 and Masaki Takaoka 1
1. Kyoto University, Japan 2. Pacific Consultants Co., LTD, Tokyo, Japan
9:40-9:55 Discussion 讨论
Coffee Break 9:55-10:05
10:05-12:00 10:05-10:30
The Application of Chitosan Hydroxypropyltrimethyl Ammonium Chloride to Substitute Polymeric
Aluminum Ferric Chloride for Sewage Sludge Deep Dewatering
应用壳聚糖羟丙基三甲基氯化铵替代聚合氯化铝铁进行污水污泥深度脱水
Minmin Liu (Research Centre for Eco-Environmental Sciences, Chinese Academy of Sciences, China)
Minmin Liu 1 , Sajid Rashid 1 , Wei Wang 2 , Huihui Zhang 2 , Yawei Zhao 2 , Xingmin Fu 2 , Wenzheng Yu 1*
1.Research Centre for Eco-Environmental Sciences, Chinese Academy of Sciences, China 2. Beijing Drainage Group Co.,
Ltd., China
Parallel
Sessions
10:30-10:55
Exploring the Influencing Factors of Sludge Dewaterability from the Perspective of Interfacial Energy
从界面能角度探讨污泥脱水性能的影响因素
Kang Xiao (University of Chinese Academy of Sciences, China)
Yirong Xu1 , Kang Xiao 1*, Jinlan Yu1 , Guoren Xu1
1. University of Chinese Academy of Sciences, China
10:55-11:10 Discussion 讨论
Buffet Lunch 12:00-13:30
12
ROOM GuoSheng 2024.05.19 Conference Programme
SESSION 4. Innovative approaches to reduce carbon footprint and greenhouse gas emissions (Sludge Drying & Thermal Treatment)
14:00-14:25
Study on Drying Process of Drinking Water Treatment Plant (DWTP) Sludge
饮用水处理厂（DWTP）污泥干燥工艺研究
Xiaomeng Han (Donghua University, China)
Xiaomeng Han* , Shihu Shu
College of Environmental Science and Engineering, Donghua University, Shanghai, China
14:00-16:05 14:25-14:50
Assessment of an Anaerobic Sludge Drying and Thermal Sanitization System for Small and Medium
STPs at Pilot Scale
中小型污水处理厂厌氧污泥干化和热消毒系统的中试评估
Adalberto Noyola (National Autonomous University of Mexico, Mexico)
Julio C. Rietow1*, Marcos C. Barros Filho1 , Gustavo R. C. Possetti2 , Adalberto Noyola3 , Luiz Wagner2 , Miguel M. Aisse1 .
1. Federal University of Parana (UFPR), Brazil 2. Parana Sanitation Company (SANEPAR), Brazil 3. National Autono
mous University of Mexico (UNAM), Mexico
Parallel
Sessions
14:50-15:15
Non-sintered Ceramsite Prepared by Using Water Supply Plant Sludge Combined with Reclaimed Diato
mite and Application in Phosphorus Removal
利用自来水厂污泥和再生硅藻土制备的非烧结铈镧石及其在除磷中的应用
Fang Feng (Suzhou University of Science and Technology, China)
Fang Feng*, Ziqian Shi, Fei Wang, Dongtian Wang
Suzhou University of Science and Technology, China
15:15-15:40
Global potential impacts of biochar on crop yields and soil quality: a meta-analysis
生物炭对作物产量和土壤质量的全球潜在影响：荟萃分析
Zhichao Xu(University of Chinese Academy of Sciences, China)
Zhichao Xu, Run Zhou, Zhao Zhang, Hongwei Liu, Qiuju Wang, Guoren Xu*
University of Chinese Academy of Sciences, China
15:40-15:55 Discussion 讨论
Coffee Break 15:55-16:05
16:05-16:30
Investigation of Inherent Minerals Effects on Sewage Sludge Smoldering Combustion
固有矿物质对污水污泥阴燃的影响
Wei Zhang (Guangzhou Institute of Energy Conversion, Chinese Academy of Sciences, China)
Wei Zhang
1,2, Qianshi Song 1,*, Xiaohan Wang 1,2,*, Xiaowei Wang 3 , Boyi Qian 1,2, Kangwei Xu 1,2
1. Guangzhou Institute of Energy Conversion, Chinese Academy of Sciences, China 2. University of Science and Technolo
gy of China, China 3. Guangdong Ocean University, Zhanjiang, China
16:05-18:00 16:30
-16:55
Combining Advanced Anaerobic Digestion with Incineration to achieve Sustainable Sludge Management
结合高级厌氧消化与焚烧以实现可持续的污泥管理
Julien Chauzy (Cambi Group AS, Norway)
Julien Chauzy 1 *, Zuliang Liao 1 , Di Deng 2 , Maggie Zhang 2
1. Cambi Group AS, Asker, Norway 2. Cambi Environment Technology Ltd, Beijing, China
Parallel
Sessions
16:55-17:25
Sludge Co-incineration Technology in Coal-fired Power Plants and Standards Development
发电与污泥协同技术现状及标准规范进展
Ranfang Zuo (CHN Energy Investment Group,China)
17:25-17:40 Discussion 讨论
Dinner
18:30-20:00
13
ROOM GuoSheng 2024.05.19 Conference Programme
14
Poster Session and Reception
This is a opportunity of viewing the posters and meeting the poster presenters. The presenters will be on
hand to present their posters and answer any of your questions.
Poster Session 2024-05-19 11:30-12:00
Session 1
P-1
Response surface optimization study of removal efficiency and adsorption conditions of Pb(II) from sewage
sludge by iron-phosphorus composite magnetic biochar
Xu Li1
, Jinlong Wang
2 , Xiaoxin Wang
3 , Jian Wang
3 , Rui Du
3 , Qiang Liu
2 , Yang Lin2, Tao Song2, Tianshi Zhang2, Yu
Zhang
2
, Yanping Zhang
1 , Xiaoyan Dang
1 , Chaoyue Zhao
1 , Shumin He
1 , Feng Ma
1 , Tengfei Li4 , Zhipeng Wang1 , Youzhao
Wang1 , Tong Zhu1 *
1. Northeastern University, China 2. Shenyang Zhenxing Sludge Disposal Co., Ltd., China 3. Baotou Renewable Water Re
sources and Wastewater Treatment Co., Ltd., China 4.Shenyang Dongyuan Environmental Technology Co., Ltd., China
Session 2
P-2
Evaluation of Carbon Emissions from Anaerobic Digestion of Thermally Hydrolyzed Sludge and Food
Waste
Ren Zhengran1 , Gao Jinhua1 , Wang Jiawei1*, Liu Kun2 , Wen Yang1 , Zhang Han1
1. Beijing Drainage Group Co., Ltd., China; 2. Beijing Drainage Technology Co. Ltd., China.
Session 2
P-3
Composting Characteristics and Carbon Emission Analysis of Municipal Sludge Treated by Hyperthermo
philic Composting
Feng Ma1 , Qiang Liu2 , Jinlong Wang2 , Xiaoxin Wang3 , Rui Du3 , Yang Lin2 , Tianshi Zhang2 , Tao Song2 , Yu Zhang2 ,
Youzhao Wang1 , Tong Zhu1,*
1.Northeastern University, China 2. Shenyang Zhenxing Sludge Disposal Co., Ltd., China 3. Baotou Renewable Water Re
sources and Wastewater Treatment Co., Ltd., China
Session 2
P-4
Hyperthermophilic composting technology for municipal sludge treatment in winter in northeast China
Yanping Zhang1 , Xiaoxin Wang3 , Jinlong Wang2 , Rui Du3 , Jian Wang3 , Yang Lin2 , Tao Song2 , Tianshi Zhang2 , Yu Zhang2 ,
Tengfei Li4 , Xu Li1 , Feng Ma1 , Zhipeng Wang1 , Xiaoyan Dang1 , Chaoyue Zhao1 , Shumin He1 , Youzhao Wang1*, Tong
Zhu1,4,*
1. Northeastern University, China 2. Shenyang Zhenxing Sludge Disposal Co., Ltd., China 3. Baotou Renewable Water Re
sources and Wastewater Treatment Co., Ltd., China 4.Shenyang Dongyuan Environmental Technology Co., Ltd., China
Session 2
P-5
Study on the enhanced carbon capture capabilities of polymerized aluminum chloride coupled with biosorbent sludge
Sibo Fu
1 , Dong Li1*, Xiaohang Zhang1 , Yanjun Zhu1 , Sen Yang1 , Jie Zhang1,2
1.Beijing University of Technology, China 2.Harbin Institute of Technology, China
Session 2
P-6
Characterizing Activated Sludge Based on AI
-assisted analysis on Moving and Still Images
Yuki Nakaya
1*, Kai Sugino1 , Shota Ishizaki1 , Reiko Hirano
2 , Hisashi Satoh1
1.Hokkaido University, Japan 2.Cellspect Co., Ltd., Japan
Session 3
P-7
Improving the stability and efficiency of high-solids anaerobic digestion of dewatered sludge by adding rice
straw to maintain a constant C/N ratio of 10: Reactor performance and Microbial mechanism
Zhi Lin1 , Zhao-Yong Sun1,*, Zong-Lin Wu1 , Min Gou1,*, Zi-Yuan Xia1 , Yue-Qin Tang1
1.Sichuan University, China
Session 3
P-8
Optimizing Renewable Energy Generation: Integrating Mass and Energy Balances from Pulp and Paper
Industry Wasted Sludge
Patcharin Racho, Boonsita Nammama, Netnapid Tantemsapya and Boonchai Wichitsathian
Suranaree University of Technology, Thailand
Session 3
P-9
TERTIARY TREATMENT OF EFFLUENT OF ACTIVATED SLUDGE BY RECYCLING OF ALUM
SLUDGE FROM THE WATER TREATMENT PLANT
IARA REGINA SOARES CHAO
Session 3
P-10
Enzyme-enhanced Acidogenic Fermentation of Waste Activated Sludge: Insights from Sludge Structure,
Interfaces, and Functional Microflora
Ge Song
1, 2, 3, Shunan Zhao2 , Ruiping Liu2,*
1.Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, China 2.Tsinghua University, China
3.University of Chinese Academy of Sciences, China
Session 3
P-11
Optimizing the process parameters of hyperthermal aerobic fermentation by orthogonal experiment to im
prove the resourceization of fermentation products
Chaoyue Zhao1 , Xiaoxin Wang3 , Qiang Liu2 , Jinlong Wang2 , Rui Du3 , Yang Lin2 , Tao Song2 , Tianshi Zhang2 , Yu Zhang2 ,
Feng Ma1 , Tengfei Li4 , Youzhao Wang1 , Tong Zhu1,4*
1.Northeastern University, China 2. Shenyang Zhenxing Sludge Disposal Co., Ltd., China 3. Baotou Renewable Water
Resources and Wastewater Treatment Co., Ltd., China 4. Shenyang Dongyuan Environmental Technology Co., Ltd., China
Session 3
P-12
An integrated strategy for simultaneous methane production and nitrogen removal: sludge fermentation
driven by nitrite reduction
Xiaodi Li1 , Yuqing Ma, Tan Jiang, Bo Wang*
1.Beijing University of Technology, Beijing, China Conference Programme
15
Poster Session and Reception
This is a opportunity of viewing the posters and meeting the poster presenters. The presenters will be on
hand to present their posters and answer any of your questions.
Poster Session 2024-05-19 11:30-12:00
Session 3
P-13
Methane production from waste activated sludge by sodium percarbonate pretreatment: Performance and
metagenomic analysis
Dong Li, Tao Huang, Boran Wu, Xiaoli Chai*
Tongji University, China
Session 3
P-14
Comparative life cycle assessment of landfill sludge treatment technologies in China
Shiqi Liu
1 , Hanqiao Liu1,2, Guoxia Wei3 , Yuwen Zhu2*, Hailong Zhao4 , Huizhen Shi2
1. School of Environment and Municipal Engineering, Tianjin Chengjian University, China 2. School of Energy and Safety
Engineering, Tianjin Chengjian University,China 3. School of Science, Tianjin Chengjian University, China 4. Tsinghua
University, China
Session 3
P-15
Performance Evaluation of Thermophilic Wet Anaerobic Digestion for Food Waste Treatment
Chirawit Leelayouthayotin
1 , Chettiyappan Visvanathan2 , Nirakar Pradhan3
1.Hong Kong Baptist University, Hong Kong 2.Mahidol University, Thailand 3. Hong Kong Baptist University, Hong Kong
Session 4
P-16
Influence of Low Temperatures and Short Thermal Pretreatment Times on Anaerobic Sludge Dewatering
Marcos C Barros Filho1 Júlio C Rietow1 , Gustavo R Possetti2 , Adalberto Noyola3 , Miguel M Aisse1
1. Parana Federal University, Curitiba, Paraná, Brazil 2. Parana Sanitation Company, Curitiba, Paraná, Brazil 3. National
Autonomous University of Mexico, Mexico City, Mexico
Session 4
P-17
Effects of magnetic Fe–Al layered double hydroxide on the persulfate oxidation conditioning of sewage sludge
Benyi Xiao
Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, China
Session 4
P-18
Case study: an energy efficient way to combine drying and incineration for disposal of sewage sludge
Ping Shi
Suez Environmental Technology, Beijing China
Session 4
P-19
Characteristics of advanced anaerobic digestion sludge-based biochar and its application for sewage sludge
conditioning
Qian Chen, Xingmin Fu, Jiawei Wang*, Yawei Zhao, Wei Wang
Engineering Technology Research Center for Municipal Wastewater Reclamation, R&D Center, Beijing Drainage Group Co.,
Ltd., China
Session 4
P-20
Effects of different Hydroxyaluminum Speciations on sludge dewatering
Yanjun Zhu1 , Dong Li1 , Sibo Fu1 , Jie Zhang1,2
1. Beijing University of Technology, Beijing, China 2. Harbin Institute of Technology, Harbin, Heilongjiang, China
Session 4
P-21
Effect of C/N on denitrification and N2O release under glucose as the carbon source
Xiaohang Zhang1 , Dong Li1*,Sibo Fu1 , Jie Zhang1,2
1.Beijing University of Technology, China 2.Harbin Institute of Technology, China
Session 4
P-22
Characterizing the interfacial energy of sludge via an improved contact angle method
Yirong Xu
1 , Kang Xiao1*, Jinlan Yu1 , Guoren Xu1
1. University of Chinese Academy of Sciences, China
Session 5
P-23
Ultra-lightweight aggregates from industrial sludge
-marine clay mix in the presence of carbonate additive
Ying-Ju Chang
1 , Chao-Yu Chien1 , Duu-Jong Lee1,2*
1.National Taiwan University, Chinese Taipei 2.City University of Hong Kong, Hong Kong
Session 6
P-24
Cagne-Sur-Mer WWTP case study – a show case of Veolia’s sustainable sludge solution
Manli Gong, Xiaohua Chen*
Veolia Water Technologies (Beijing) Co., Ltd, Beijing, China
Session 6
P-25
A mini-Review of China’s Sewage Sludge Managements in Recent Years
Xiaohua Zhan
Party School of Liaoning Provincial Party Committee, China
Session 6
P-26
Experimental study on the use of coal ash as a substitute for lime in deep dewatering of sludge
Zixin Pan1 , Xuemin Ma2 , Yunfeng Qi 2 , Li Ding2 , Wei Meng1 , Yonas Lamore1 , Shikun Cheng1 , Zifu Li1*
1.University of Science and Technology Beijing, China 2. China Nuclear Fushun Environmental Protection Technology
Co.,Ltd, China Technical Tour
Technical Tour Information
◇ Technical Tour Time：8:00 ~ 12:00, 20th May, 2024
◇ Technical Tour Site: Huaifang Underground Water Reclamation Plant, Beijing (HUWRP)
＊ Wastewater Treatment capacity: 600,000 m3 /d (The largest fully underground wastewater
treatment plant in Asia)
＊ Sludge Treatment Capacity: 1220 t/d (Approx. 85% water content)
＊ Wastewater Treatment Process: Wastewater → Pre-treatment → MBR → Ozone Oxidation →
UV Disinfection → Landscape Wetlands
＊ Sludge Treatment Process: Sludge → Thermal Hydrolysis → Anaerobic Digestion → Plate
and-frame Dewatering → Gardening Utilization
Dewatering Filtrate → Anaerobic Ammonium Oxidation
＊ Award: 2018 IWA Project Innovation Award - Gold Award
◇ Technical Tour Schedule:
Time
Location
Content
Before 8:00
Hall of Beijing China-Germany International
Conference Convention & Exhibition Center
Gather for the shuttle bus
8:00 - 9:30
Shuttle bus
Way to HUWRP
9:30 - 10:30
Huaifang Underground Water Reclamation Plant
Technical Tour
10:30 - 12:00
Shuttle bus
Back to the hotel
12:00 - 14:00
Dinner Hall
Lunch
14:00
Conference closed
Conference closed
◇ Please scan the QR code or open the url: https://forms.office.com/r/Vi2rVhCuX0
to fill your information if you want to attend the technical tour, and it'll help us
arrange the shuttle bus for you.
Aerial view of the wastewater treatment plant
Underground wastewater treatment facilities and equipment
16 技术参观
技术参观信息
◇ 时间：8:00 ~ 12:00，2024年5月20日
◇ 地点: 北京排水集团槐房再生水厂（北京市丰台区）
＊ 污水处理规模: 60万吨/天（日处理能力）
＊ 污泥处理规模: 1220 吨/天（日处理能力，含水率85%左右）
＊ 污水处理工艺: 污水 → 预处理 → MBR → 臭氧氧化 → UV消毒 → 景观湿地
＊ 污泥处理工艺: 污泥 → 预脱水→ 热水解 → 厌氧消化 → 板框深度脱水 → 园林绿化利用
脱水滤液 → 厌氧氨氧化
＊ 项目荣誉奖励: 2018年国际水协（IWA）项目创新奖——金奖
◇ 技术参观日程:
时间
地点
内容
8:00前
北京中德国际会议会展中心大厅
集合等待班车
8:00 - 9:30
技术参观班车
去往再生水厂
9:30 - 10:30
北京排水集团槐房再生水厂
技术参观
10:30 - 12:00
技术参观班车
返回会议宾馆
12:00 - 14:00
北京中德国际会议会展中心餐厅
自助午餐
14:00
国际会议结束
国际会议结束
◇ 请扫描右侧二维码或者打开该网址: https://forms.office.com/r/Vi2rVhCuX0 报名
参加技术参观，填写您的个人联系信息，我们将根据报名信息安排班车。
北京排水集团槐房再生水厂鸟瞰图
槐房再生水厂地下污水处理设施
17 Venue Plans
First Floor Plan of Beijing China-Germany International Conference Convention & Exhibition Center
Second Floor Plan of Beijing China-Germany International Conference Convention & Exhibition Center
18 Important Information
For real time weather，please refer to the website :
http://en.weather.com.cn/weather/101010100.shtml?index=4
Weather Forecast by Weather China (2024.05.12)
Date
Wed
May 15
Thur
May 16
Fri
May 17
Sat
May 18
Sun
May 19
Mon
May 20
Tues
May 21
Low& Hi Temp
57-78 °F
60-78 °F
66-87 °F
68-91 °F
57-73 °F
57-73 °F
64-84 °F
Weather
Sunny
Cloudy
Sunny
Cloudy
Rain
Rain
Overcast
Wind
SW <12km/h
SW
16-24km/h
S <12km/h E 16-24km/h NE <12km/h SW <12km/h S <12km/h
Emergency Contact
Contact Person
Mobile Number
Conference Affairs
Dr. Qiuju Wang
+ 86 13946140039
Personal affairs
Mr. Bang Zou
+ 86 17673160516
Locations in English and Chinese （Chinese for Taxi Driver）
Locations in English
Locations in Chinese
Beijing China-Germany Interna
tional Conference Convention &
Exhibition Center
北京中德国际会议
会展中心
Imperial Palace/Forbidden City
故宫
Tian' anmen Square
天安门广场
Summer Palace
颐和园
Ming Tombs
十三陵
Temple of Heaven
天坛
Mutianyu Great Wall
慕田峪长城
The Drum Tower
鼓楼
Electricity
Electricity supply in China is 220 Volts, 50Hz.
The connection for appliances will be supplied is a flat 3-pin plug of unique design.
Locations in English
Locations in Chinese
The "Bird's Nest"
鸟巢
The Water Cube
水立方
The Old Summer Palace
圆明园
Shichahai Hutong
什刹海胡同
National Museum of China
中国国家博物馆
National Grand Theatre
国家大剧院
Beijing Confucian Temple
孔庙
Yonghe Lama Temple
雍和宫
19
配有同声传译：国际大咖云集 --IWA国际水协第18届可持续污泥技术与管理会议 议报名注册：https://iwa-sludge-2024.casconf.cn/userRegister
【日程】国际水协第18届可持续污泥技术与管理会议
http://www.water8848.com/news/202311/14/148109.html 国际水协（International Water Association，IWA）是全球重要的水行业专业协会，成员包括来自大学、研究机构、工程和咨询公司、公用事业单位的全球专家。IWA Conference on Sustainable Sludge Management系列国际会议至今已举办17届，2024年在中国举办系列会议的第18届国际会议（2024.5.17-20 北京）。
最终日程IWA Sludge Conference Programme Version 5.020240513.pdf
