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Porous heteroatom-doped carbons are desirable for catalytic reactions due totheir tunable physicochemical properties, low cost and metal-free nature.Herein, we introduce a facile general bottom-up strategy, so-called "cookingcarbon in a solid salt", to prepare hierarchically porous heteroatom-dopedcarbon foams by using poly(ionic liquid) as precursor and common inorganicsalts as structural template. The obtained carbon foams bearmicro-/meso-/macropores, large specific surface area and rich nitrogen dopant.The combination of these favorable features facilitates the catalyticdegradation of aqueous organic pollutants by persulfate under visible lightirradiation, in which they prevail over the state-of-the-artmetal-/carbon-based catalysts.

"Cooking carbon in a solid salt": Synthesis of porous heteroatom-doped carbon foams for enhanced organic pollutant degradation under visible light