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Oil Removal and Oil-Water Separation
Its nanoscale hydrophilic/lipophilic amphoteric groups can adsorb and accumulate to remove oil droplets from water, while also demulsifying emulsified oil in water, carrying out oil-water separation reactions with very high oil removal reaction kinetics.
A special polymer material with unique oleophilic/hydrophilic amphoteric nanoscale groups. Its nanoscale hydrophilic/lipophilic amphoteric groups can adsorb and accumulate to remove oil droplets from water, while also demulsifying emulsified oil in water, carrying out oil-water separation reactions with very high oil removal reaction kinetics.
This oil-removal resin has a uniform spherical particle distribution, with similar particle sizes and identical density, thus exhibiting superior hydrodynamic performance. Its special synthesis method gives it very high mechanical strength and physicochemical stability.
The resin has strong adaptability to the original solution and can be used for wastewater with oil content from 20 ppm to 3000 ppm and pH 0–12. The oil removal rate is greater than 95%, and the oil recovery rate is greater than 90%. It does not require regeneration and can operate continuously.
A special polymer material with unique oleophilic/hydrophilic amphoteric nanoscale groups. Its nanoscale hydrophilic/lipophilic amphoteric groups can adsorb and accumulate to remove oil droplets from water, while also demulsifying emulsified oil in water, carrying out oil-water separation reactions with very high oil removal reaction kinetics.
This oil-removal resin has a uniform spherical particle distribution, with similar particle sizes and identical density, thus exhibiting superior hydrodynamic performance. Its special synthesis method gives it very high mechanical strength and physicochemical stability.
The resin has strong adaptability to the original solution and can be used for wastewater with oil content from 20 ppm to 3000 ppm and pH 0–12. The oil removal rate is greater than 95%, and the oil recovery rate is greater than 90%. It does not require regeneration and can operate continuously.
