Data on behavior and environmental impact of compostable packaging materials in full-scale industrial composting conditions.

The dataset reports the impact of incorporating commercial compostable plastics into a full-scale open-air windrow composting process using household-separated biowaste. Two batches were prepared from the same biowaste mixture: one as a control and the other with 1.28 wt% of certified compostable plastics.

CO oxidation reactions on 3-d single metal atom catalysts/MgO(100).

The present work deals with a comprehensive computational theoretical study of the molecular CO and O adsorption on 3d single atoms (M/MgO(100)). The study is based on the chemical elements of the 3d row, as they represent an economic advantage compared with the so-called noble metals. The present study has been performed employing density functional theory calculations.

Correction: A topological path to the formation of a quasi-planar B boron cluster and its dianion.

Correction for 'A topological path to the formation of a quasi-planar B boron cluster and its dianion' by Pinaki Saha , , 2024, https://doi.org/10.1039/d2cp05452c.

Degradation and environmental assessment of compostable packaging mixed with biowaste in full-scale industrial composting conditions.

The incorporation of representative commercial compostable materials into a full-scale open-air windrow composting process in an industrial site using household-separated biowaste was investigated. Two batches out of the same initial biowaste mixture were studied, one as control and the other containing initially 1.28 wt% of certified compostable plastics.