Themed collection Chemistry for a Sustainable World – Celebrating Our Community Tackling Global Challenges

The COF-based SACs and DACs, including their design, synthesis, applications, and electrocatalysis mechanism, are reviewed by investigating their catalytic mechanisms underlying both the oxygen reduction reaction and oxygen evolution reaction.

The review examines the structure–function relationship and outlines future directions to develop heterogeneous catalysts for C–C and C–O bonds cleavage in plastic waste and upcycling real-world plastic waste into chemicals and fuels.

Battery-grade FePO₄·2H₂O with a high Fe/P ratio was prepared using high-pressure hydrolyzed precipitates. The significance of the current work is that the developed method is helpful for the resource utilization of solid waste containing iron.

PVDF/SiO₂ composite films with a hierarchical structure were prepared by water bath solvent exchange and they realized the integration of self-cleaning and radiative cooling.

The possibility to detect the conservation status of citrus fruit by using an optical array sensor containing synthetic organic fluorescent probes is reported here. Our device shows high sensitivity and selectivity and is of low-cost.

The reversible insertion of carbon dioxide into the silicon–nitrogen bond of an N-heterocyclic iminosilane is reported.

Fe₃O₄ film is composed of dispersed nanoparticles and irregular nanopores, where photons can be trapped by multi-reflection. The solar-thermal temperature can raise to above 350 °C and meet the temperature requirement for ammonia synthesis.

TEMPO-oxidized cellulose nanofiber gel electrolyte is used in an attractive rechargeable Zn-ion battery delivering at 1.5 V a capacity exceeding 100 mA h g⁻¹, which is proposed for sustainable energy storage.

A highly conductive and antioxidative MoO₂-doped Li argyrodite electrolyte enables 5000 cycles of the corresponding full cell.

Combinatorial battery-like/capacitor energy storage mechanisms as well as an ultralight current collector have been combined to achieve high performance supercapacitors with superior energy density and cyclic life span.

Flexible shape-editable transparent wood was prepared by addition reaction and free radical polymerization. The wood skeleton promotes directional enhancement and energy dissipation, and the acetal linkages ensure shape memory and editability.

Sulfonated hierarchical H-ZSM-5 monoliths were synthesized via ice-templating as solid acid catalysts for biodiesel production.

Lattice expansion induced by S-doping obviously promotes the electron transport and the diffusion and storage of zinc ions in MnO.

A simple cobalt-catalytic aerobic approach for the direct dithiolation of unactivated alkenes with thiols has been established, enabling efficient access to symmetric and unsymmetric vicinal dithioethers under mild reaction conditions.

A photoinduced iron-catalyzed fluoroalkylation-peroxidation of activated and/or unactivated alkenes with fluoroalkyl carboxylic acids and hydroperoxide has been realized.

This study reveals the probing role of fullerenes in identifying the active sites of single-atom catalysts due to steric hindrance.

Diels–Alder dynamic covalent bond-crosslinked liquid crystal elastomers are developed, whose reprogrammable and reconfigurable actuators display reversible deformation between room and body temperature.

An iridium-incorporated ionic MOF was prepared and applied as a highly efficient and stable OER electrocatalyst.

The additive of phenylphosphinamide enhances the mechanical reliability of flexible inverted perovskite solar cells.

Acid–base interactions have been utilized in designing new amine-functional reactive coalescing agents (RCAs), making them ideal for producing VOC-free and emission-free waterborne coatings.

Dehydrogenative coupling – Si–O and Si–N bond formation in the presence of commercially available catalysts and ligands.

Isolated Fe–N_x sites as well as Fe₃C NPs co-embedded in N-doped carbon (Fe₃C/Fe–N–C) was synthesized using PET as carbon precursor. The Fe₃C/Fe–N–C showed excellent ORR performance, realizing the concept of turning trash into treasure.

A ternary iron–cobalt–nickel hydroxide nanoarray catalyst was fabricated, which achieves enhanced performance towards electro-oxidative depolymerization of lignin models to produce benzoic acid and phenol.

A homogeneous, thickness-tunable, and large Stokes-shifted pyridine-based fluorescent nanofilm was developed, which exhibited high sensitivity, low detection limit, and high selectivity in the detection of DCP vapors.

A defect-rich W_0.4Mo_0.6S₂ solid solution is controllably synthesized and exhibits markedly enhanced HER activity and durability in both 0.5 M H₂SO₄ and 2.0 M NaCl, thereby showing outstanding practical prospects.

We present an automated platform for studying electrode corrosion as a function of electrochemical history and electrolyte composition using Pt ORR as a proof-of-concept relevant to next-generation phosphoric acid fuel cells.

The CO₂ conversion efficiency was boosted by the synergistic effect of the dielectric barrier discharge plasma and heterojunction photocatalyst.

CO₂/CS₂ was used to prepare iodoallenyl- and allenyl heterocycles with high yields and diastereoselectivities in a metal-free manner under mild conditions.

In this work, nitrate reduction to ammonia was achieved using P-doped Ti₃C₂T_x nanosheets. Impressively, this catalyst showed ampere-level nitrate reduction in a flow cell, implying its potential for sustainable ammonia production.

In situ X-ray characterizations and electron microscopy observations reveal that lithium deposits in anode-less batteries are more homogeneous in solid electrolytes than in liquid electrolytes, attributed to the diffusional Coble creep process.

CO₂ does not react with the N-heterocyclic carbene possessing two isopropyl N-substituents in deep eutectic solvents composed of ethylene glycol and the imidazolium-based salt [IiPim][Triz].