A green method for production of activated carbon and combustible gas was introduced. Without any external reagents and gases, the H₂O and CO₂ produced by the pyrolysis of bamboo shoot shells were used as activators. The prepared activated carbon had good arsenic adsorption properties with the maximum adsorption capacities of 10.9 mg/g for As(III) and 16.0 mg/g for As(V). The gaseous products were mostly CO and H₂, with higher heating value of 11.7 MJ/Nm³. Thermogravimetric experiments were performed in N₂, H₂O and CO₂ atmospheres to simulate the self-activation process and investigate the self-activation mechanism. This work will help to improve the competitiveness of self-activation technology and reduce the production cost of activated carbon.

介绍了一种生产活性炭和可燃气体的绿色方法。在没有任何外部试剂和气体的情况下，竹笋壳热解产生的H ₂ O和CO _{2作为活化剂。}制备的活性炭具有良好的砷吸附性能，对 As(III) 的最大吸附容量为 10.9 mg/g，对 As(V) 的最大吸附容量为 16.0 mg/g。气态产物主要为CO和H ₂，热值较高，为11.7 MJ/Nm ³。热重实验在 N ₂、H ₂ O 和 CO _2中进行气氛来模拟自激活过程并研究自激活机制。该工作将有助于提高自活化技术的竞争力，降低活性炭的生产成本。