As worldwide energy consumption continues to increase, so too does the demand for
improved energy storage technologies. Supercapacitors are energy storage devices that are …

Metal-organic frameworks (MOFs) have been received great interest to prepare porous
carbon with unique morphology and abounding channels for fast migration of electrolyte …

With the rapidly growing demand for high power-density energy conversion, supercapacitors
(SCs) are becoming crucial for solving this problem. Porous carbons are extensively …

Conversion of biomass into doped activated carbons (ACs) via green processes is
envisioned as a promising path toward modern energy storage applications. ACs are …

Biomass and its derivatives, with their renewable characteristics, cost-effectiveness, and
controllable structural and compositional properties, are promising precursors for carbon …

Persulfate-based advanced oxidation technology holds great potential for antibiotic
treatment. However, its low activity, metal ion leaching, and poor stability mainly limit the …

Porous carbons with high specific surface area are critical engineering materials for current
electrochemical capacitors (ECs) technology. Controlling the pore size distribution of porous …

Tailoring the porous structure of carbon materials is one essential approach to improve the
energy storage performance of carbon-based electrode materials. Herein, hierarchical …

Activated carbon, known for its simple preparation, cost-effectiveness, physicochemical
stability, and wide applicability, has garnered significant attention. As a primary application …

Biomass is an abundant, low-cost, renewable, and structurally diverse carbon-rich source,
which makes it an intriguing precursor to fabricate diversified carbon materials, whereas it is …