本幻灯片介绍了宾夕法尼亚州立大学（PSU）开展的一项研究:优化PSU之前开发的碳处理工艺（CH4&蒸汽和蒸汽）；评估定制碳的MIB摄取量；探索改性炭的物理化学性质和吸附能力。经验教训包括:有可能生产出吸附能力比HD4000高出四倍以上的颗粒活性炭（GAC）；生产改进型GAC有两种可行的工艺，即使用蒸汽和使用天然气和蒸汽；而且，更大的孔体积和更稳定的表面对应着更高的MIB去除率。

This slide presentation discusses a study performed at Pennsylvania State University (PSU) to: optimize the carbon treatment processes previously developed at PSU (CH4&steam and steam); evaluate the MIB uptake of tailored carbons; and, explore the physo-chemical properties and sorption capacity of modified carbons. Lessons learned include: that it is possible to produce a granular activated carbon (GAC) with more than four times sorption capacity than HD4000; there are two feasible processes for producing an improved GAC, using steam and using natural gas and steam; and, higher pore volume and more stable surface correspond to higher MIB removal.