ANEXO I:
This readme.txt file was generated on 2024-07-01 by Saul Vallejos Calzada


GENERAL INFORMATION
1. Title of dataset: Dataset of the work "UBU-Polymers Research Group 13022024"
2. Autorship
Name: Marta Guembe García
Institution: Departamento de Química. Universidad de Burgos
Email: mguembe@ubu.es
ORCID: https://orcid.org/0000-0003-2483-2576

Name: Gianluca Utzeri
Institution: Departamento de Química. Universidad de Coimbra
Email: gianlucautz@gmail.com
ORCID: https://orcid.org/0000-0002-8457-4217

Name: Artur J.M. Valente
Institution: Departamento de Química. Universidad de Coimbra
Email: avalente@ci.uc.pt
ORCID: https://orcid.org/0000-0002-4612-7686

Name: Saturnino Ibeas Cortés
Institution: Departamento de Química. Universidad de Burgos
Email: sibeas@ubu.es
ORCID: https://orcid.org/0000-0003-1831-5943

Name: Miriam Trigo López
Institution: Departamento de Química. Universidad de Burgos
Email: mtrigo@ubu.es
ORCID: https://orcid.org/0000-0001-5948-1230

Name: José Miguel García Pérez
Institution: Departamento de Química. Universidad de Burgos
Email: jmiguel@ubu.es
ORCID: https://orcid.org/0000-0002-2674-8194

Name: Saul Vallejos Calzada	
Institution: Departamento de Química. Universidad de Burgos
Email: svallejos@ubu.es
ORCID: https://orcid.org/0000-0001-5522-6574


DESCRIPTION
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1. Dataset language
English

2. Abstract:
The dataset contains all raw data of the work "Efficient Extraction of Textile Dyes Using Reusable Acrylic-Based Smart Polymers"

3. Keywords:
Textile dyes; smart polymer; hydrogel; acrylic polymers.

4. Date of data collection
2023-2024

5. Date of dataset publication
01/07/2024

6. Funding
We gratefully acknowledge the financial support provided by all funders. This work was supported by the Regional Government of Castilla y León (Junta de Castilla y León) and by the Ministry of Science and Innovation MICIN and the European Union NextGenerationEU PRTR. Author Saul Vallejos received grant BG22/00086 funded by Spanish Ministerio de Universidades. Author Marta Guembe-García received funding from the Spanish Ministerio de Universidades-European Union under the framework of NextGeneration EU RD 289/2021 for her Post-Doc position. Author Jose Miguel García received grant PID2020-113264RB-I00 funded by MCIN/AEI/ 10.13039/501100011033 and by ""ERDF A way of making Europe"", and grant TED2021-129419B-C21 funded by MCIN/AEI/ 10.13039/501100011033 and by the ""European Union NextGenerationEU/PRTR"". The financial support provided by Fondo Europeo de Desarrollo Regional-European Regional Development Fund (FEDER, ERDF) and Regional Government of Castilla y León -Consejería de Educación, Junta de Castilla y León- (BU025P23) is gratefully acknowledged.

7. Geographic location/s of data collection
Burgos (Spain), Coimbra (Portugal)


ACCESS INFORMATION
------------------
1. Dataset Creative Commons License:
CC 4.0 Internacional

2. Dataset DOI: XXXXXXXXXXXXXXXXXXX

3. Related publication
The related article has been sent to: Journal of Hazardous Materials


METHODOLOGICAL INFORMATION
--------------------------

The material's thermal properties were assessed using rigorous analytical techniques. Thermogravimetric analysis (TGA) was performed on 10−15 mg samples in both synthetic air and a nitrogen atmosphere. This was conducted using a TA Instruments Q50 TGA analyzer with a heating rate of 10 °C min−1. Differential scanning calorimetry (DSC) was carried out on 10−15 mg samples in a nitrogen atmosphere, using a TA Instruments Q200 DSC analyzer with a heating rate of 20 °C min−1.

The water-swelling percentage (WSP), indicating the weight percentage of water absorbed by the films upon immersion in pure water at 20 °C until equilibrium, was determined using the formula: WSP = 100×[(ωs−ωd)/ωd], where ωd represents the weight of a dry sample film, and ωs denotes its weight after swelling.

UV/Vis spectra were obtained using a Hitachi U-3900 UV/Vis spectrophotometer. Infrared spectra (FT-IR) of the synthesized materials were recorded using a JASCO FT-IR 4200 spectrometer within the range of 4000–400 cm−1.

FILE OVERVIEW
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02-Water Swelling F2-B.txt
03-Water Swelling F2-C.txt
01-Water Swelling F2-A.txt
03-Dye 8-Calibration.TXT
04-Dye 12-Calibration.TXT
05-Dye 14-Calibration.TXT
06-Dye 18-Calibration.TXT
07-Dye 21-Calibration.TXT
01-Dye 1-Calibration.TXT
02-Dye 7-Calibration.TXT
03-Dye 8-kinetics.TXT
04-Dye 12-kinetics.TXT
05-Dye 14-kinetics.TXT
05-Dye 14-kinetics-Part B.TXT
06-Dye 18-kinetics.TXT
07-Dye 21-kinetics.TXT
01-Dye 1-kinetics.TXT
02-Dye 7-kinetics.TXT
04-Dye 12-Type B-Isotherm.TXT
02-Dye 7-Type B-Isotherm.TXT
03-Dye 8-Type B-Isotherm.TXT
06-Dye 18-Type B-Isotherm.TXT
01-Dye 1-Type B-Isotherm.TXT
05-Dye 14-Type B-Isotherm-After.TXT
05-Dye 14-Type B-Isotherm-Before.TXT
07-Dye 21-Type B-Isotherm.TXT
05-Dye 14-Type B-Isotherm-10 ppm.TXT
05-Dye 14-Type B-Isotherm-20 ppm.TXT
05-Dye 14-Type B-Isotherm-30 ppm.TXT
05-Dye 14-Type B-Isotherm-40 ppm.TXT
05-Dye 14-Type B-Isotherm-60 ppm.TXT
02-Dye 14-Type A-Isotherm-After.TXT
01-Dye 14-Type A-Isotherm-Before.TXT
02-TGA-F2.txt
03-FT-IR-F2.csv
01-DSC-F2.txt
01-Dye 1-Permeation.csv
02-Dye 7-Permeation.csv
03-Dye 8-Permeation.csv
04-Dye 12-Permeation.csv
05-Dye 14-Permeation.csv
06-Dye 18-Permeation.csv
07-Dye 21-Permeation.csv
01-Reusability.ods
01-ICP-MS
02-ICP-MS
01-POC-kinetics.TXT
01-Mechanical Properties.TXT
01-F2-Surface-zone1-01.jpg
02-F2-Surface-zone1-02.jpg
03-F2-Surface-zone1-03.jpg
04-F2-Surface-zone1-04.jpg
05-F2-Surface-zone1-05.jpg
06-F2-Surface-zone1-06.jpg
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10-F2-Surface-zone1-10.jpg
11-F2-Surface-zone1-11.jpg
12-F2-Surface-zone1-12.jpg
13-F2-Surface-zone1-13.jpg
14-F2-Surface-zone2-EDS1-01.jpg
15-F2-cross-section-zone1-01.jpg
16-F2-cross-section-zone1-02.jpg
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25-F2-cross-section-zone1-11.jpg
26-F2-cross-section-zone1-12.jpg
27-F2-cross-section-zone1-13.jpg
28-F2-cross-section-zone1-14.jpg
29-F2-dye12-Surface-zone1-01.jpg
30-F2-dye12-Surface-zone1-02.jpg
31-F2-dye12-Surface-zone1-03.jpg
32-F2-dye12-Surface-zone1-04.jpg
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39-F2-dye12-Surface-zone1-11.jpg
40-F2-dye12-Surface-zone1-12.jpg
41-F2-dye12-Surface-zone1-13.jpg
42-F2-dye12-Surface-zone1-14.jpg
43-F2-dye12-Surface-zone1-15.jpg
44-F2-dye12-Surface-zone2-01.jpg
45-F2-dye12-Surface-zone2-02.jpg
46-F2-dye12-Surface-zone2-03.jpg
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54-F2-dye12-Surface-zone2-11.jpg
55-F2-dye12-Surface-zone2-12.jpg
56-F2-dye12-Surface-zone2-13.jpg
57-F2-dye12-Surface-zone2-14.jpg
58-F2-dye12-Surface-zone2-15.jpg
59-F2-dye12-Surface-zone2-16.jpg
60-F2-dye12-Surface-zone3-EDS-01.jpg
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63-F2-dye12-Surface-zone3-EDS-03.jpg
64-F2-dye12-Surface-zone3-EDS-04.jpg
65-F2-dye12-cross-section-zone1-01.jpg
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78-F2-dye12-cross-section-zone1-14.jpg
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83-F2-dye14-Surface-zone1-01.jpg
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96-F2-dye14-Surface-zone1-14.jpg
97-F2-dye14-Surface-zone1-15.jpg
98-F2-dye14-Surface-zone2-01.jpg
99-F2-dye14-Surface-zone2-02.jpg
100-F2-dye14-Surface-zone2-03.jpg
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105-F2-dye14-Surface-zone2-08.jpg
106-F2-dye14-Surface-zone2-09.jpg
107-F2-dye14-Surface-zone2-10.jpg
108-F2-dye14-Surface-zone2-11.jpg
109-F2-dye14-Surface-zone2-12.jpg
110-F2-dye14-Surface-zone2-13.jpg
111-F2-dye14-Surface-zone2-14.jpg
112-F2-dye14-Surface-zone2-15.jpg
113-F2-dye14-Surface-zone3-EDS-01.jpg
114-F2-dye14-cross-section-zone1-01.jpg
115-F2-dye14-cross-section-zone1-02.jpg
116-F2-dye14-cross-section-zone1-03.jpg
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119-F2-dye14-cross-section-zone1-06.jpg
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121-F2-dye14-cross-section-zone1-08.jpg
122-F2-dye14-cross-section-zone1-09.jpg
123-F2-dye14-cross-section-zone1-10.jpg
124-F2-dye14-cross-section-zone1-11.jpg
125-F2-dye14-cross-section-zone1-12.jpg
126-F2-dye14-cross-section-zone1-13.jpg
127-F2-dye14-cross-section-zone1-14.jpg
128-F2-dye14-cross-section-zone1-15.jpg
01-F2-Surface-zone2-EDS-01.odt
02-F2-dye12-Surface-zone3-EDS-01.odt
03-F2-dye12-surface-zone3-EDS-04.odt
04-F2-dye14-Surface-zone3-EDS-01.odt
02-RAMAN DYE 12.txt
03-RAMAN F2-DYE12.txt
01-RAMAN F2.txt
01-F2.xy
02-F2-DYE12.xy
03-F2-DYE14.xy
01-TOTAL NITROGEN.ods

Short description: Each file is a .ods, .txt, .xy or .csv file of each study/experiment