Efficient electrochemical dehalogenation of florfenicol without discharging toxic intermediates via direct electron transfer over electrochromic WO3

Removal of Phthalates from Water by Unconventional La‐based/WO3 Photocatalysts

“…The data reported in the Tables S9-S10 confirm for both the degradation pathways of DMP and DEHP as the formed intermediates are less eco-toxic of the starting phthalates. Indeed, all the byproducts showed higher ECOSAR values and then lower toxicity, with the malonic acid, i. e. the common by-product of both reactions, that exhibited a fish ChV (representative of the longterm accumulation effects in the ecosystems [54] ) of 48200 mg/L sensible higher than DMP (2.33 mg/L) and DEHP (0.00091 mg/ L).…”

“…[53] The acute and chronic toxicity of the organic compounds were estimated with fish, daphnia and green algae as indicators. [54][55][56] Generally, low ECOSAR values suggest high eco-toxicity. The details of ECOSAR analysis are reported in the Tables S9-S10.…”

Nitrogen-rich porous polymeric carbon nitride with enhanced photocatalytic activity for synergistic removal of organic and heavy metal pollutants

“…59 Generally, a higher ECOSAR value represents lower ecotoxicity. 60,61 Using fish, daphnia and green algae as evaluation indicators, we predicted the acute (LC 50 ) and chronic (ChV) toxicity of LEV and the intermediates. The detailed ECOSAR values of LEV and the degradation intermediates are listed in Table S5.…”

Multicolor and Multistage Response Electrochromic Color-Memory Wearable Smart Textile and Flexible Display

“…Materials with temperature-, electricity-, and optics-sensitive discoloration properties have been applied in buildings, − switches, memory devices, − sensors, batteries, , and displays. − The information change in electrochromic materials is easily controlled by the “turn-on–turn-off external voltage”. Recently, electrochromic memory materials have received widespread attention because they can retain color or signal information without continuous power input. − They are considered promising for display stability and reducing energy consumption, which has accelerated their development and potential application.…”