- Introduction to Industrial Water Treatment Mode: PPP
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The PPP (Public-Private Partnership) industrial water treatment mode is a...
01-04
- Analysis of CDFU technology: How cyclonic flow and micro-bubbles achieves efficient oil-water separation
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This essay give detailed analysis on how CDFU, an innovative oil-water separation unit, works...
01-04
- Introduction to Industrial Water Treatment Mode: BOT
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The BOT (Build-Operate-Transfer) industrial water treatment mode is a technology-based...
12-31
- Introduction to Industrial Water Treatment Mode: EPC
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The EPC (Engineering, Procurement, and Construction) industrial water...
12-31
- Revolutionizing Acidic Wastewater Treatment: Sinokle’s KHC Separator Delivers Extraordinary Oil Removal Efficiency
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Sinokle’s KHC Coalescing Oil-Water Separator achieves >99% oil removal from highly emulsified...
12-31
- KFM Filter: Breaking Through the Technical Bottleneck of High Polymer Wastewater Deep Treatment
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With the widespread application of polymer flood oil recovery technology, the volume of...
12-30
- CDOF: Innovative Breakthrough in High Polymer Wastewater Treatment Technology
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High polymer wastewater is one of the significant environmental challenges faced by the...
12-30
- High-Polymer Produced Water: Characteristics, Impacts, and Challenges Faced by Traditional Treatment Processes
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High-polymer oilfield produced water refers to production wastewater generated during...
12-30
- Innovative Oil-Water Separation Technology Revolutionizes Efficiency and Environmental Protection in Oil Storage Facilities
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Discover how an innovative oil-water separation technology, featuring high efficiency and...
12-30
- Exploration and Practice of International Detection Methods for Oil Content in Acidic Water
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This study identifies critical limitations of standard oil-content testing methods in acidic,...
12-29
