Biomass waste derived carbon nanoballs aggregation networks-based aerogels as electrode material for electrochemical sensing

γ-MnOOH Nanowires Hydrothermally Reduced by Leaves for High-Efficiency Electrocatalysis of the Glucose Oxidation Reaction

“…Since green chemistry has become a hot topic worldwide, a large number of biomass materials, such as rice husks, shaddock peels, and diatoms, have been widely utilized as electrode materials for supercapacitors , and rechargeable batteries. , Commonly, biomass wastes function as templates, carbon sources or silicon sources. , However, only a few reports are relevant to biomass wastes acting as the reducing reagents. In our previous work, we reported the facile synthesis of Cu superstructures via hydrothermal reduction with natural leaves, and the derived Cu–MnO 2 and Cu–Co 3 O 4 hybrids showed superiority for electrochemical energy storage.…”

“…Since green chemistry has become a hot topic worldwide, a large number of biomass materials, such as rice husks, 12 shaddock peels, 13 and diatoms, 14 have been widely utilized as electrode materials for supercapacitors 15,16 and rechargeable batteries. 17,18 Commonly, biomass wastes function as templates, 19 carbon sources or silicon sources.…”

Differential pulse voltammetry detection of Pb(ii) using nitrogen-doped activated nanoporous carbon from almond shells

“…The results confirmed that the major C–O bonding configuration was C O (530.7 eV) as well as C–O (533.9 eV). 30 …”

Recent Developments in Carbon Sensors for At-Source Electroanalysis

“…58 The Zhou lab have been exploring several different biomass starting materials for creating carbon sensors. Pomelo peels, 59 kelp, 60 cherry husks, 61 and apples 62 have been converted into carbon nanoballs, mesoporous carbon, carbon nanoplates, and carbon nanorods, respectively. When deposited onto GCEs, each respective material displayed improved electrocatalytic activity, higher sensitivity, and a wider linear range than unmodified GCEs or CNTs-GCEs for hydrogen peroxide detection.…”