What ecological approach to water treatment did Shanghai Ocean University develop?

Shanghai Ocean University developed an ecological approach that mimics traditional Chinese medicine diagnostics to assess and restore water ecosystems.

How does the ecological water treatment method achieve cost efficiency?

The method achieves cost efficiency by facilitating natural transformation processes and converting dissolved nutrients into harvestable biomass, reducing expenses to about 0.04 yuan per ton.

Where has the ecological methodology been implemented by Wang Liqing's team?

The methodology has been implemented in over 700 projects across 23 provinces and cities in China, treating approximately 90 square kilometers of water.

Home / Environment / Eco-Water Tech Mimics Chinese Medicine

Eco-Water Tech Mimics Chinese Medicine

7 Jan

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Summary

Ecological approach uses traditional Chinese medicine diagnostics.
Restoration focuses on complete systems, not isolated problems.
Cost efficiency reduces treatment expenses significantly.

Researchers from Shanghai Ocean University have developed an innovative ecological water treatment strategy. This methodology draws inspiration from traditional Chinese medicine, employing diagnostic principles like observation and inquiry to understand and revitalize ailing water bodies. The process begins with comprehensive water quality analysis, followed by targeted interventions such as engineering underwater topography and creating specific habitats.

The team emphasizes treating water ecosystems as complete, self-regulating networks, integrating diverse biological agents like fish and plants. They have refined techniques, including developing a robust strain of vallisneria through selective breeding and creating specialized planting equipment for efficiency. This approach prioritizes precision and location-specific interventions to maintain ecological balance.

Implemented in over 700 projects across 23 provinces, this ecological method has demonstrated remarkable effectiveness and cost efficiency. It successfully treats vast water areas, achieving high water quality standards at a fraction of the cost of traditional methods. The ultimate vision is to create sustainable, self-sustaining ecosystems beneficial to both the environment and human economy.