Wastewater Treatment Rubber Processing

Malaysian rubber industry table 4.

Wastewater treatment rubber processing.

The type of wastewater the prevention of system clogging by coagulated rubber and the reduction of greenhouse gas ghg emissions. A serious threat of rubber wastewater is high concentration of ammonia in this effluent. Waste in latex industry process coagulant from latex tank currently being collected and be made into dry rubber raw material. Wastewater treatment systems have been adopted by.

4 autumn 2015 rubber wastewater treated through physicochemical process is discharged into the ozonation reactor 50 liters for treatment by ozone figure 1. In addition both ghg emissions and power consumption need to be reduced in wastewater treatment. Process of processing waste from rubber latex processing wastewater treatment of rubber latex should pay attention to the treatment of polluting indicators such as cod ammonium and phosphorus. Schematic and photo of an ozonation pilot scale.

The wastewater samples used for chemical oxygen demand. This commentary examined these variables in existing systems and in a pilot scale. This study has shown that water lettuce based waste stabilization ponds can be used for effective and economical treatment of wastewater from rubber processing industries. In this commentary the process performance of natural rubber processing wastewater systems was evaluated and compared.

Rubber processing industry biological treatment biological oxygen demand bod chemical oxygen demand cod wastewater collected from rubber processing industry was characterized for their pollution characteristics. Treatment of natural rubber industry wastewater massoudinejad et al. Without proper treatment the discharge of wastewater from rubber processing industry to the environment may cause serious and prolong conse quences. 244 j adv environ health res vol.

Malaysian rubber wastewater treatment process was. It contributes to undesirable eutrophication 3. Water treatment tank sludge collected at the treatment can be recycled back as dry rubber raw materials rejected glove currently being collected back and made into reclaim rubber. The maximum bod cod and total coliform removal efficiencies of 90 6 85 5 and 97 9 respectively were obtained in the 12th week of treatment.

The key factors evaluated in here comprised the following. Provided in 1995 lonholdt and andersen 2005. The concentration of n nh3 in high wastewater is mainly due to the use of ammonia as an antifreeze during latex harvest transport and.