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Last updated January 31, 2026
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Infrared spectrometric sludge inerting control: IFFRecent Research Landscape

Uncertain chemical composition in excavation waste leads to high disposal costs and environmental liability. Real-time infrared quantification of organic and acidifying pollutants allows for precise chemical inerting of sludge to meet regulatory safety standards.

What technical problems is IFF addressing in Infrared spectrometric sludge inerting control?

Low resource recovery efficiency

(6)evidences

Dissolved minerals in seawater and mine water cause fouling and equipment failure during processing. Preventing precipitation ensures continuous operation and membrane longevity.

Inefficient material surface activation

(4)evidences

Inconsistent flow and accumulation of thick bulk materials prevent continuous milling operations. Eliminating these obstructions ensures stable throughput and prevents mechanical strain on the tube ball mill.

Unknown excavation waste toxicity

(3)evidences

Unidentified organic pollutants and acidifying potential in excavation materials lead to environmental contamination. Accurate risk assessment prevents the disposal of reactive or toxic waste into non-hazardous landfills.