Green analytical metrics for LPME
| Green analytical metrics | Subject | Author(s) | Year | References |
|---|---|---|---|---|
| Green metrics for selecting and evaluating analytical methods | National environmental methods index (NEMI) | NEMI | 2002 | [15] |
| Green analytical methodologies, NEMI applications | Keith et al. | 2007 | [16] | |
| Analytical eco-scale (ECO) | Gałuszka et al. | 2012 | [17] | |
| Green analytical procedure index (GAPI) | Płotka-Wasylka | 2018 | [18] | |
| Summarizing the information in a hexagon (HEXAGON) | Ballester-Caudet et al. | 2019 | [19] | |
| Red-green-blue (RGB) additive color model | Nowak, Kościelniak | 2019 | [20] | |
| Analytical GREEnness (AGREE) | Pena-Periera et al. | 2020 | [21] | |
| White analytical chemistry (WAC) | Nowak | 2021 | [22] | |
| Complementary green analytical procedure index (ComplexGAPI) | Plotka-Wasylka, Wojnowski | 2021 | [23] | |
| Analytical greenness metric for sample preparation (AGREEprep) | Wojnowski et al. | 2022 | [24] | |
| Green analytical chemistry (GAC)—theory and practice | Tobiszewski et al. | 2010 | [4] | |
| 12 principles of GAC | Gałuszka et al. | 2013 | [12] | |
| 10 principles of green sample preparation (GSP) | López-Lorente et al. | 2022 | [13] | |
| Total chemical risk-ChlorTox scale | Nowak et al. | 2023 | [25] | |
| Clortox base-chemical hazards, greenness assessment | Nowak et al. | 2023 | [26] | |
| Carbon foot of the analytical laboratory | Nowak et al. | 2023 | [27] | |
| Reviews of green metric assessment tools | Overview of hexagon and RGB algorithms | Nowak et al. | 2020 | [28] |
| Impact of green assessment tools in HPLC (NEMI, EOC, GAPI, AGREE) | Kannaiah et al. | 2021 | [29] | |
| Green chemistry metrics (ECO, GAPI, AGREE) | Sajid, Plotka-Wasylka | 2022 | [30] | |
| Green chemistry metrics (GAPI, ComplexGAPI, AGREE, AGREEprep) | Martinez et al. | 2022 | [31] | |
| Software tools for green and sustainable chemistry (ECO, GAPI, AGREE) | Derbenev et al. | 2022 | [32] | |
| Research and application papers using green assessment tools | Natural deep eutectic solvent (NADES) for vegetable samples (NEMI, GAPI, ECO, AGREE, WAC) | Ferreira et al. | 2022 | [33] |
| HPLC methods for dyes (HEXAGON) | Ballester-Caudet et al. | 2022 | [34] | |
| Fluorescence detection of ergosterol (AGREE, AGREEprep, WAC) | Dazat et al. | 2022 | [35] | |
| Determination of fatty acids in milk (ECO, GAPI, AGREEprep) | Narloch, Wejnerowska | 2022 | [36] | |
| Sample preparations for anthocyanin samples (AGREE) | Mandrioli et al. | 2022 | [37] | |
| Safety assessment of citrus and olive by-products (AGREE) | Socas-Rodríguez et al. | 2022 | [38] | |
| Spectroscopic methods for analysis of betrixaban (ECO, GAPI, AGREE) | El-Masry et al. | 2022 | [39] |
Note. Adapted from “Green microextraction methodologies for sample preparations,” by Kokosa JM, Przyjazny A. Green Anal Chem. 2022;3:100023 (https://www.sciencedirect.com/science/article/pii/S2772577422000222?via%3Dihub). CC BY 4.0 Deed; adapted with permission from “Principles for developing greener liquid-phase microextraction methods” by Kokosa JM. TrAC Trends Anal Chem. 2023;167:117256 (https://www.sciencedirect.com/science/article/abs/pii/S0165993623003436?via%3Dihub). © 2023 Elsevier B.V.
