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High Efficiency Oil Remover

High efficiency oil remover

High efficiency oil remover is the use of oil removal resin as a filter medium, the use of resin in the oil-philic base group to collect and adsorption of emulsion oil and oil beads in aqueous solution, resin surface oil layer reaches a certain thickness

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High efficiency oil remover

High efficiency oil remover is the use of oil removal resin as a filter medium, the use of resin in the oil-philic base group to collect and adsorption of emulsion oil and oil beads in aqueous solution, resin surface oil layer reaches a certain thickness, in the water power and the resin in the hydrophilic group of the repulsion, oil beads from the resin, floating to the water surface, so as to achieve oil and water separation.


Oil production wastewater, petrochemical wastewater and circulating water, hightemperature condensate water, sea surface pollution oil, tanker ballast water, extraction liquid in the process of metallurgy, raffinate, etc

AIR COMPRESSOR MAINTENANCE

01

The air compressor shouldbe placed in a place withclean air and good ventilation.

The air compressor shouldbe placed in a place withclean air and good ventilation.

02

The air compressor should be placedhorizontally, with the belt side facingthe wall, and the maintenancespaceshould be reserved.

The air compressor should be placedhorizontally, with the belt side facingthe wall, and the maintenancespaceshould be reserved.

03

Before repairing and disassemblingthe air compressor, please tum offthe power supply and dischargethe air in the air seam.

Before repairing and disassemblingthe air compressor, please tum offthe power supply and dischargethe air in the air seam.

04

When wiring, check whether thefan rotation direction is consistentwith the arrow direction.

When wiring, check whether thefan rotation direction is consistentwith the arrow direction.

ENERGY SAVING THCHNOLOGY

Power saving of 17000o kWh per month

The starting power of the original system is 555kw,and the starting power of the new system is 320kw.

Power saving of 17000o kWh per month

Power saving of 54000 kWh per month

The starting power of the original system is 240kW,and the starting power of the new system is 132kw.

Power saving of 54000 kWh per month

Power saving of 86000 kWh per month

The starting power of the original system is 446kW,and the starting power of the new system is 325kW.

Power saving of 86000 kWh per month

Power saving of 260000 kWh per month

The starting power of the original system is 690kw,and the starting power of the new system is 420kw.

Power saving of 260000 kWh per month

Power saving of 167000 kWh per month

The starting power of the original system is 732kW,and the starting power of the new system is 50okw.

Power saving of 167000 kWh per month

Power saving of 79000 kWh per month

The starting power of the original system is 430kw,and the starting power of the new system is 320kw.

Power saving of 79000 kWh per month

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