Nanjing Qinhuai River Basin — Water Environment Research & Evaluation

The Qinhuai River Basin required a comprehensive water environment research and evaluation framework. Key measurement parameters:

Flow Layer (liquid):

- Iron (Fe)

- Manganese (Mn)

① (P) Primal Perception: UAV remote sensing and GIS-based sensing, multispectral optical sensing of the Qinhuai River Basin (10 × 10 cm resolution)

② (A) Analogy: Established a spatiotemporal correlation knowledge base and information database associated with the Qinhuai River, integrated with EAVC (Energy Anchored Value Consensus)

③ (D) Derivative: Water environment research and evaluation framework based on value consensus

④ Integration based on D — Mosaic specialist team:

a) Senior environmental specialists

b) Chemistry specialists

c) Economics specialists

d) Electronics and information specialists

e) Microbial cultivation specialists

f) Vehicle design and manufacturing teams

g) Certified testing laboratories (with statutory qualifications)

h) Model design and testing teams

⑤ Mosaic horizontal division of labour — deliverables:

a) Professional workshops on Qinhuai River water environment remediation

b) Derivative solution design based on P and A: research and evaluation framework

c) Laboratory prototype testing: microbial cultivation work reports, material testing work reports

d) Field articulated-module testing: work reports

e) Derived cost calculation

f) R&D material testing: test reports

① (P) Primal Perception: Digital dock uploads 31 sensing parameters at a frequency of six times per minute

② (A) Analogy: Provides dynamic anomaly values based on EAVC (Energy Anchored Value Consensus)

③ (D) Derivative:

a) Unattended operation of the digital dock; anomaly values trigger and send warning alerts