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Wim-ChineseDWSummit-Audenaert-print.pdf

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1、Bringing digital water from hype to value:todays and future applications in Europe and North AmericaPlenary lectureJune 4th,2025Shanghai,ChinaWim Audenaert,PhD,EngCo-founder and CEOOutline1.The hype and the needs2.The big opportunities3.Examples from EU and US4.Take homesDigital water:hype or trend?

2、3The landscape of human competenceHans Moravec,“When will computer hardward match the human brain?”Journal of Evolution and Technology,1998,vol.1Max Tegmark,Life 3.0 being human in the age of Artificial IntelligenceShort presentation name6THE LANDSCAPE OF HUMAN COMPETENCETextThe use of the phrase di

3、gital twin as function of timeShort presentation name7Question:How will this translate to adoption in the water industry?2015Our integrated water system:the big challengesClimate change mitigationClimate change adaptationFuture-proof system designMore stringent effluent requirementsContaminants of e

4、merging concernWater reuse/water fit for purposeNeed for alternative drinking water sourcesOur integrated water system:the big challengesThe business case of digital water10The business case of digitalEmerging challengesEmerging technology2025The business case of digitalEmerging challengesEmerging t

5、echnology2025The business case of digitalEmerging challengesEmerging technology2025ExamplesFocus of this presentation:treatmentNetworksAssetsTreatmentExample 1:advanced treatment digital twinNetherlandsExample 1:advanced treatment(Netherlands)The full-scale tertiary treatment plantReal-time digital

6、twin0102030405060708090100Removal(%)DataModelMicropollutant predictionThe business caseShort presentation name21ddd21TextThe needsPilot testing(technology assessment)Planning stageDesign stageEffluent requirementsLimited experienceOperational stageTrainingMonitoring and controlTh

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本文主要讨论了数字水技术从炒作到实际应用的转变,重点关注在欧洲和北美地区的当前和未来应用。关键点如下: 1. **数字双生技术的商业案例显著**:数字水技术能够实现成本节约500k(-90%),时间节省1.5年(-85%)。 2. **数字双生在水资源领域的应用**:例如,荷兰的高级处理数字双生和美国的废水处理数字双生,显示了在实时监控和污染物去除方面的改进。 3. **技术挑战与机遇**:面对气候变化适应、未来系统设计、更严格的排放标准和新兴污染物等挑战,数字水技术提供了应对方案。 4. **数字双生的实施阶段**:包括规划、设计、运营阶段,强调早期操作和技术培训的重要性。 5. **案例研究**:通过实时数据监控和反馈调整,数字双生技术成功降低了污染物水平,例如NHx-N的平均误差从调谐前的0.55 mgN/L降至调谐后的0.20 mgN/L。 6. **结论**:数字双生技术的商业潜力巨大,关键在于为正确的问题选择合适的工具,并且不必同时开发所有功能。
"数字化水技术,趋势还是炒作?" "数字孪生如何革新水处理行业?" "实时监测能否为水厂省下百万?"
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