GRANULAR ACTIVATED CARBON the porous nature and large surface area of GAC make it specifically ideal for physical adsorption and other treatment techniques. GAC has the capacity to remove a broad range of organics and can improve water quality for discharge or reuse. It can be reused through reactivation, which is an attractive option for facilities that want to improve their sustainability. GAC can be produced using different materials, methods, and degrees of activation to produce activated carbons designed to meet and exceed the demands of many applications. While GAC can often be more economical for lower treatment objectives, it can be reactivated (recycled), reducing potential disposal costs and long-term liability costs affiliated with landfill disposal. The EPA and most state-based health departments consider adsorption by GAC to be an instrumental technology for the removal of many organic materials in surface water. On its own, or paired with an ultraviolet (UV) disinfection system, GAC can facilitate the removal of: DBPs associated with chlorine and alternative disinfectants EDC PPCP Taste and odor-causing compounds Organic materials from decaying plants and other naturally occurring matter that serve as the precursors for DBPs |GRANULAR ACTIVATED CARBON IN INDIA| |GRANULAR ACTIVATED CARBON IN VADODARA| |GRANULAR ACTIVATED CARBON IN GUJARAT| |GRANULAR ACTIVATED CARBON IN KARNATAKA| |GRANULAR ACTIVATED CARBON IN CHENNAI| |GRANULAR ACTIVATED CARBON IN TAMILNADU| |GRANULAR ACTIVATED CARBON IN ANDHRAPARADESH| |GRANULAR ACTIVATED CARBON IN MADHYA PRADESH| |GRANULAR ACTIVATED CARBON IN UTTER PRADESH| |GRANULAR ACTIVATED CARBON IN INDOR| |GRANULAR ACTIVATED CARBON IN DELHI|