Most methods used for the synthesis of functional nanomaterials contribute to the increasing amount of waste solvents. An environmentally friendly solution of this issue is the utilization of “green” procedures for a large-scale production of materials such as mechanochemical synthesis. Although, the beginnings of mechanochemistry date back to ancient times, it nowadays experiences a renaissance and attracts a lot of attention. Recently, mechanochemistry has been successfully implemented for the synthesis of diverse carbonaceous materials, i.e., activated carbons, ordered mesoporous carbons, graphene-based materials and carbon nanotubes, the usage of which ranges from adsorption, catalysis to environmental and energy storage applications. Undoubtedly, it becomes quite universal and powerful synthesis method. Hence, a review summarizing the current accomplishments in this field is needed.
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