1 Table of contents 175

PAPERmaking! Vol10 Nr2 2024

Papermaking Vol10 Nr2 2024 - Title		1
Papermaking Vol10 Nr2 2024 - Contents		2
Papermaking Vol10 Nr2 2024 - Article 1 - Paperboard		3
article 1 -s43580-022-00282-7		4
Relating papermaking process parameters to properties of paperboard with special attention to through-thickness design		4
Abstract		4
Introduction		4
Theoretical background		5
Elastic bending		5
Maximum bending moment during folding		6
Results		7
Properties of free-laid plies		7
Modeling of bending of paperboard structures		10
Discussion and conclusion		12
Acknowledgements		13
References		13
Papermaking Vol10 Nr2 2024 - Article 2 - Tissue		14
article 2 - Conference_paper_Munich23_Kamal_Rezk_final		15
Papermaking Vol10 Nr2 2024 - Article 3 - Sizing Agents		22
article 3 - polymers-15-02876		23
Introduction		23
Debate on ASA Sizing Mechanism in Papermaking		24
Overview of the ASA Mechanism		29
Chemistry Considerations for Better ASA Sizing Application		31
Conclusions		34
References		34
Papermaking Vol10 Nr2 2024 - Article 4 - Emissions Accounting		38
article 4 - forests-13-01856		39
Introduction		39
Materials and Methods		41
System Boundary and CO2 Emission Source Determination		41
System Boundary		41
CO2 Emission Source Determination		42
Calculation Method		43
Accounting for CO2 Emissions in the Raw Material Acquisition Stage		43
Accounting for CO2 Emissions in the Pulp and Paper Stage		44
Accounting for CO2 Emissions in the Waste Paper Disposal Stage		45
Accounting for CO2 Emissions in the Transportation Stage		46
Accounting Methods for Export Paper and Paperboard CO2 Emissions		47
List of Data and Sources		47
Results		49
Overall CO2 Emission Status		49
CO2 Emission Status of the Raw Material Acquisition Stage		50
CO2 Emissions Status of Pulp and Paper Stage		50
CO2 Emissions Status of the Transportation Stage		51
CO2 Emissions Status of Waste Paper Disposal Stage		52
Export Paper and Paperboard CO2 Emissions Status		53
Discussion of the Limitations of Our Analytical Results		53
Forecast of LCA CO2 Emissions Scenarios for Paper Products in China		54
Conclusions		55
References		57
Papermaking Vol10 Nr2 2024 - Article 5 - Water Treatment		60
article 5 - s41598-023-39307-y		61
Quality evaluation of water disclosure of Chinese papermaking enterprises based on accelerated genetic algorithm		61
Literature reviews		62
Methods		64
Evaluation index system construction.		64
Model specification.		66
Results and discussions		67
Vertical changes in water disclosure for paper and paper product companies.		67
Changes in the vertical projection value of water information disclosure of paper and paper product companies.		67
Changes in horizontal projection values of water information disclosure of paper and paper product companies.		68
Analysis of legal regulations and policy influencing factors.		72
Conclusions		72
References		73
Acknowledgements		74
Papermaking Vol10 Nr2 2024 - Article 6 - Sustainability		76
article 6 - sustainability-14-13536-v2		77
Introduction		77
Materials and Methods		78
Results and Discussion		80
Effect of Single-Type Paper Waste (SPW) Substitution Proportion		80
Effect of Paper Waste Mixture (PWM) Proportion		82
Texture Change of PWM Slurry		84
Effect of Declining Alkali Equivalent		85
Conclusions		85
References		85
Papermaking Vol10 Nr2 2024 - Article 7 - Antibacterial MDF		88
article 7 - 1-s2.0-S1387700323014776-main		89
Production of environmentally friendly and antibacterial MDF (Medium-density fiberboard) surfaces with green synthesized na ...		89
1 Introduction		89
2 Experimental methods and materials		90
2.1 Materials		90
2.2 Green synthesis of silver nanoparticles		91
2.3 Production of antibacterial MDFs		91
2.4 Characterizations		92
2.5 Performance tests		92
2.6 Antibacterial activity		94
3 Results and discussion		95
3.1 Characterizations of silver nanoparticles		95
3.2 X-ray diffraction analysis of MDF surfaces		95
3.3 Microstructural characterzation of MDF surfaces		95
3.4 Performance tests		96
3.5 Antibacterial activity of MDF surfaces		97
4 Conclusions		98
Funding		98
CRediT authorship contribution statement		98
Declaration of competing interest		98
Data availability		98
References		98
Papermaking Vol10 Nr2 2024 - Article 8 - Packaging		101
article 8 - Packag Technol Sci - 2023 - Marinelli - Barrier converting and tray‐forming properties of paperboard packaging materials		102
Barrier, converting, and tray-forming properties of paperboard packaging materials coated with waterborne dispersions		102
1 INTRODUCTION		102
2 MATERIALS AND METHODS		103
2.1 Materials		103
2.1.1 Substrate		103
2.1.2 Experimental aqueous dispersions formulation		103
2.1.3 Commercial aqueous dispersions		104
2.2 Methods		104
2.2.1 Sample preparation and preliminary characterization		104
2.2.2 Mechanical properties		104
2.2.3 Barrier properties		104
2.2.4 Creasing		105
2.2.5 Heat sealing		105
2.2.6 Tray forming		105
2.2.7 Statistical analysis		106
3 RESULTS		107
3.1 Sample preparation and preliminary characterization		107
3.2 Mechanical properties		107
3.3 Barrier properties		108
3.4 Creasing		110
3.5 Heat-sealing		110
3.6 Tray forming		114
4 CONCLUSIONS		115
ACKNOWLEDGEMENTS		116
DATA AVAILABILITY STATEMENT		116
REFERENCES		116
Papermaking Vol10 Nr2 2024 - Article 9 - Using X for Business		119
Papermaking Vol10 Nr2 2024 - Article 10 - Eye Health		121
Papermaking Vol10 Nr2 2024 - Article 11 - Sitting Posture		124
Papermaking Vol10 Nr2 2024 - Article 12 - AI Apps for the Office		129
Papermaking Vol10 Nr2 2024 - Products and Services		136
Papermaking Vol10 Nr1 2024 - Events		150
Papermaking Vol10 Nr2 2024 - Installations		151
Papermaking Vol10 Nr2 2024 - Research Articles		161
Papermaking Vol10 Nr2 2024 - Technical Abstracts		166

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