Extending Carbon Life Reduces Life Cycle Costs

The coconut shell base provides a higher adsorption capacity with extensive micropore structure for VOCs (volatile organic compounds), lower ash content and higher hardness/abrasion resistance, which results in longer effective carbon life, reduced replacement frequency and lower overall life cycle costs as compared to traditional catalytic coal carbons in the market.  

Applications for this new product include H2O2 removal in semiconductor wastewater or groundwater remediation systems employing UV oxidation, H2S and chloramine removal for the treatment of municipal drinking water, and chloramine reduction for process water treatment in the bottling industry. Previously, these applications were addressed with catalytic activated carbons based on bituminous coal. 

“This product provides an alternative choice for catalytic activated carbon, and offers improved performance in many applications as we’ve seen with our other coconut shell-based carbons,” commented Christopher Rinaldi, General Manager of Siemens’ activated carbon business. “In addition, coconut, as a renewable resource, is gentler to the environment than coal-based carbon products.”

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