Program of the conference

1. Physical and mechanical properties of a natural composite from wood, paper, cardboard and wood polymer composites
   Akim E.L.
   St. Petersburg University of Industrial Technologies and Design (Russia)
2. Waste paper quality control – traditions and directions of development
   Dulkin D.A.
   LLC “MC “Consolidated paper mills”, Russia
3. Bending deformation properties of lineboard
   Kazakov Y.V.
   Northern (Arctic) Federal University, Russia
4. Modern view on the performance of softwood kraft pulp fibers
   Enqvist Eric J.W., Panu Tikka
   SciTech-Service Oy Ltd, Finland
5. Digital materials science: New materials and substances
   Maiorov I.S., Shcherbak N.V., Sevastyanova Ju.V.
   Northern (Arctic) Federal University, Russia
6. Strength and fatigue of natural and artificial materials
   Berlin Al.Al.
   Semenov Federal Research Center for Chemical Physics, Russian Academy of Sciences, Russia
7. Scientific basis of technology of filter paper materials from glass fibers for air purification
   Shcherbak N.V.
   Northern (Arctic) Federal University, Russia

1. Measure fiber properties in «real-time» mode Berger R. BTG Instruments GmbH (Germany)
2. The use of elastic-relaxation research methods in the creation of a cellulose composite material for the collection and transportation of biological material samples
   Seleznev V.N., Makhotina L.G.
   St. Petersburg University of Industrial Technologies and Design (Russia)
3. Investigation of the causes, development of methods to control and reduce resin difficulties in the production of hardwood bleached kraft pulp
   Koksharov A.V.1, Yakimov S.A.1, Gubkin I.N.1, Sevastyanova, Ju.V.2, Koroleva T.A.2
   1Branch of the JSC «ILIM GROUP» in Koryazhma (Russia), 2Northern (Arctic) Federal University (Russia)
4. Anatomical and structural-morphological characteristics of the Heracleum S.
   Vurasko A.V., Shestakov D.I., Minakova A.R., Sivakov V.P.
   Ural State Forest Engineering University (Russia)
5. Micromechanical characterization of wood pulp fibers
   Czibula C., Hirn U.
   Graz University of Technology (Austria)
6. Local deformations anisotropy of pulp-and-paper materials
   Potasheva A.N., Kazakov Y.V., Malkov A.V.
   Northern (Arctic) Federal University (Russia)
7. Storage-induced loss in the disintegration capabilities of cellulosic nonwoven materials
   Harter T., Bern I., Hirn U.
   Institute of Bioproducts and Paper Technology, Graz University of Technology (Austria)
8. Local inhomogeneity estimation of the paper structure sample by non-destructive methods
   Lysachenkova M.M., Kazakov Y.V., Chukhchin D.G.
   Northern (Arctic) Federal University (Russia)
9. Analysis of power characteristics at the intersection points of the straight knives cutting edges at wood semi-finished pulp grinding
   Kovalev V.I., Alashkevich Yu.D.
   Reshetnev Siberian State University of Science and Technology (Russia)

1. Characteristic of velocity flows distribution of fibrous suspensions in the cavity of the working cylinder
   Alashkevich Yu.D.1, Fomkina A.A.2
   1Reshetnev Siberian State University of Science and Technology (Russia) 2Achinsk Technical School of Oil and Gas (Russia)
2. Development of methods for improving the mechanical and printing properties of cardboard boxes through the use of modern technologies in coating
   Makhotina L.G.
   St. Petersburg University of Industrial Technologies and Design (Russia)
3. The use of sulphate pulp in the production of kraft fluting
   Zhitnyuk V.A.1, Idiatullin A.M.2, Pruidze E.V.1, Deeva L.V
   1OJSC «Selenginsky pulp and cardboard mill» (Russia), 2LLC “Technoboom-2” (Russia)
4. The use of synthetic reinforcements based on PVA for paper and cardboard
   Drachev A.A., Ignatov A.I., Philippaerts J.
   Solenis-Eurazia (Russia)
5. Influence of the concentration of organic pollutants in circulating water on the mechanical properties of containerboard
   Sinchuk A.V., Smirnov M.N.
   KWI International (Russia)
6. Extended lifetime for screening and refining performance components
   Smorgunov R.1, Nurminen K.2, Gooding R.3,4, Heymer J.5
   1Aikawa Fiber Technologies, Saint Petersburg (Russia) 2Aikawa Fiber Technologies, Helsinki (Finland) 3Aikawa Fiber Technologies, Montreal (Canada) 4The University of British Columbia, Vancouver (Canada) 5Aikawa Fiber Technologies, Montreal (Canada)
7. The effect of pulp refining in an apparatus with a cavitation effect on the physical and mechanical properties of the finished product
   Kozhukhov V.A., Usolcev O.A., Alashkevich Yu.D.
   Reshetnev Siberian State University of Science and Technology (Russia)
8. Harnessing the structural strength potential of corrugated board
   Guriev A.V.1, Zyliov D.I.2, Kosarev I.A.1, Kostogorov N.M.2
   1Northern (Arctic) Federal University (Russia), 2JSC “Arkhangelsk PPM” (Russia)
9. Improving knife grinding of fibrous plant polymers
   Shurkina V.I., Marchenko R.A., Shumarina N.E., Alashkevich Yu.D.
   Reshetnev Siberian State University of Science and Technology (Russia)
10. Influence freeness of wood fibers after the first stage grinding on physical and mechanical properties of wood material
    Vititnev A.Yu.1, Alashkevich Yu.D.1, Chistova N.G.1,2, Matygulina V.N.1
    1Reshetnev Siberian State University of Science and Technology (Russia) 2Krasnoyarsk institute of railway transport (Russia)
11. Issues of glued paper made from mechanical pulp. Practical experience Romanov M.E. BKT-Service (Russia)
12. The issues in mechanics of lineboard with low basic weight
    Shaniazov I.A.1,2, Kazakov Y.V.2
    1JSC “Arkhangelsk PPM” (Russia), 2Northern (Arctic) Federal University (Russia)
13. Influence of pulp consistency at grinding on strength indicators of finished products
    Ushakov A.V., Alashkevich Yu.D., Kozhukhov V.A., Hohlov K.A.
    Reshetnev Siberian State University of Science and Technology (Russia)
14. Analysis of factors affecting "Scott-Bond internal bonds energy"
    Koksharov A.V., Belykh E.V.
    Branch of the JSC "ILIM GROUP" in Koryazhma (Russia)
15. Comparative analysis of paper-forming indicators when grinding different types of raw materials using a set with a curved shape of knives
    Shumarina N.E., Batrakevich E.M., Shurkina V.I.
    Reshetnev Siberian State University of Science and Technology (Russia)
16. Study the possibility of obtaining a birch kraft pulp in harsh cooking conditions
    Koroleva T.A.
    N. Laverov Federal Center for Integrated Arctic Research (Russia)
17. Analysis of the force factors of the knife grinding process of semi-finished wood fiber
    Zyrianov M.A.
    Lesosibirsk branch of the Reshetnev Siberian State University of Science and Technology (Russia)
18. Контроль породного состава лиственных полуфабрикатов в технологическом потоке сульфатцеллюлозного завода
    Control of the species composition of hardwood pulp in a kraft pulp mill fiberline
    Okulova E.O., Guriev A.V.
    Northern (Arctic) Federal University, Arkhangelsk, Russia

1. Chemical intensification of the pulping process of moisture-resistant waste paper

Penkin A.A.

Belarusian State Technological University (Belarus)

2. Biotechnological processing of secondary resources of pulp and paper industry

Kanarski A.V.

Kazan National Research Technological University (Russia)

3. New biodegradable composite materials on the base of polymers of different classes and arabinogalactan from wood of siberian larch

Rogovina S.Z.¹, Akim E.L.²

¹N.N. Semenov Federal Research Center for Chemical Physics, Russian Academy of Sciences (Russia)

²St. Petersburg University of Industrial Technologies and Design (Russia)

4. Intensification of knife-free grinding of fibrous semi-finished products

Marchenko R.A., Alashkevich Yu.D., Shurkina V.I.

Reshetnev Siberian State University of Science and Technology (Russia)

5. Increasing the moisture resistance of waste paper packaging board

Zhirnov D.N.¹, Dernova E.V.², Gorazdova V.V.², Dulkin D.A.², Shibanov R.V.³

¹LLC “Sukhonsky CPM” (Russia)

²LLC “MC “Consolidated paper mills” (Russia)

³GC “GOTEK” (Russia)

6. Pulp preparation in an aerodynamic environment for its recycling

Matygulina V.N.¹, Chistova N.G.^1,2, Vititnev A.Yu.¹

¹Reshetnev Siberian State University of Science and Technology (Russia)

²Rail Transport Institute branch of IrGUPS (Russia)

7. Flax straw processing

Nikolsky S.N.

Semenov Federal Research Center for Chemical Physics, Russian Academy of Sciences (Russia)

8. Processing of damaged wood

Ambrosovich Y.A., Imamov A.A., Minakov E.A., Luchkin M.A., Belozerovа A.L., Stopa D.A.

Reshetnev Siberian State University of Science and Technology (Russia)

9. Extraction of lignin from black liquor in kraft pulp production

Fedorova O.V., Akim E.L., Nikandrov A.B.

St. Petersburg University of Industrial Technologies and Design (Russia)

10. Water treatment technology and its impact on the quality of pulp and paper products

Boikova T.E., Bogdanovich N.I., Mauricheva T.S., Dolgoborodova S.N.

Northern (Arctic) Federal University (Russia)

1. Implementation of modern digital technologies in pulp and paper laboratories

Kuzina M.N.

PTA – Saint-Petersburg (Russia)

2. Digital technologies for assessment of paper and cardboard forming quality by microstructure of cross-section

Midukov N.P., Kurov V.S.

St. Petersburg University of Industrial Technologies and Design, Russia

3. Effect of the formulation on strength properties of strain-film materials based on alginate-chitosan complex

Gorshkova A.N.¹, Brovko O.S.¹, Bogolitsyn K.G.^1,2, Palamarchuk I.A.¹, Kazakov Y.V.²

¹N. Laverov Federal Center for Integrated Arctic Research (Russia),

²Northern (Arctic) Federal University (Russia)

4. Разработка фильтрующе-сорбирующих материалов для формирования ассортимента современных фильтров для противогазов и респираторов

Talipova M.V., Liang A.V.

JSC “Sorbent” (Russia)

5. Systematization of information on the paper-forming pulp properties

Holmova M.A., Kazakov Y.V., Yasen D.A.

Northern (Arctic) Federal University, Arkhangelsk, Russia

6. Paper for mineral fiber respirators

Dubovy V.K., Krinitsin N.A.

St. Petersburg University of Industrial Technologies and Design (Russia)

1. Influence of the chemical composition of the bleaching agent at oxygen delignification on the pulp quality

Ambrosovich Yu.A.

Reshetnev Siberian State University of Science and Technology (Russia)

2. Influence of the chemical composition of the affected wood on its use for chemical processing

Ambrosovich Yu.A., Marchenko R.A.

Reshetnev Siberian State University of Science and Technology (Russia)

3. Improving recycled material fines retention using bio-based materials and advanced process solutions for board manufacturing

Doelle K., Darius J., Sonntag J., Fischer К., Dominesey Т.

State University of New York (USA)

4. Biodegradability of plastics based on plant lignocarbon raw materials

Artyomov A.V., Buryndin V.G., Savinovskih A.V.

Ural State Forest Engineering University (Russia)

5. Assessment of the degree of influence of unipolar corona discharge and polymer coating on the complex of properties of kraft paper

Basyrova S.I., Galikhanov M.F., Galeeva L.R.

Kazan National Research Technological University (Russia)

6. Effect of refining on fiber length of bleached hardwood kraft pulp

Belykh E.V., Koksharov A.V.

Branch of the JSC "ILIM GROUP" in Koryazhma (Russia)

7. Comparative study of the strength of tendon sutures (Experimental Study)

Berezin P.A.¹, Kazakov Y.V.²

¹Northern State Medical University (Russia)

²Northern (Arctic) Federal University (Russia)

8. Possibility of using lignocellulosic waste as a raw material for the production of phenolic synthetic resins

Valeeva A.R.

Kazan National Research Technological University (Russia)

9. Investigation of the influence of the method of pulp grinding on the process of obtaining powdered cellulose

Vasilyeva D.Yu., Alashkevich Yu.D., Yurtaeva L.V., Marchenko R.A., Kaplev E.V.

Reshetnev Siberian State University of Science and Technology (Russia)

10. Processing of fibrous semi-finished products in a centrifugal mill for papermaking

Voronin I.A., Alashkevich Yu.D.

Reshetnev Siberian State University of Science and Technology (Russia)

11. Определение сульфид-ионов в производственных щелоках сульфатной варки целлюлозы

Garkotin A.Yu.^1,2, Khabarov Yu.G.², Veshnyakov V.A.²

¹JSC “Arkhangelsk PPM” (Russia),

²Northern (Arctic) Federal University, Arkhangelsk, Russia

12. Preparation of composite wood pulp with bacterial nanocellulose

Gismatulina Yu.A.¹, Budaeva V.V.¹, Skiba E.A.¹, Gladusheva E.K.¹, Shavirkina N.A.¹, Sitnikova A.E.¹, Bychin N.V.¹, Sevastyanova Ju.V.²

¹Institute for Problems of Chemical and Energetic Technologies, Siberian Branch of the Russian Academy of Sciences (Russia),

²Northern (Arctic) Federal University, Arkhangelsk, Russia

13. Analysis of the properties and establishment of relationships between the quality characteristics of liner and fluting with the stiffness of corrugated cardboard

Gorazdova V.V.¹, Dernova E.V.¹, Dulkin D.A.¹, Lavrov I.V.²

¹LLC “MC “Consolidated paper mills”, Russia

²LLC “Sukhonsky CPM”, Russia

14. Modern technologies for screening and washing of pulp from poplar wood for bleaching

Epanin E.A., Sevastyanova Ju.V.

Northern (Arctic) Federal University (Russia)

15. Modern technologies for cooking poplar wood for bleaching

Ilhomov B.U., Sevastyanova Ju.V.

Northern (Arctic) Federal University (Russia)

16. The effect of raw material kind on pulp paper-forming properties

Kaplyov E.V., Marchenko R.A., Yurtaeva L.V., Shurkina V.I., Vasileva D.Yu.

Reshetnev Siberian State University of Science and Technology (Russia)

17. The role of the knife-free method of refining fibrous semi-finished products in the production of powdered cellulose

Kaplyov E.V., Yurtaeva L.V., Alashkevich Yu.D., Marchenko R.A.

Reshetnev Siberian State University of Science and Technology (Russia)

18. The role of hydrophobic interactions in pulp and paper production processes

Kovaleva O.P., Ermolinsky V.G.

Saint Petersburg State Forest Technical University (Russia)

19. Preparation of material with improved heat and sound insulation characteristics from recycled pulp and paper

Kozhukhov V.A., Luchinkin S.G., Alashkevich Yu.D.

Reshetnev Siberian State University of Science and Technology (Russia)

20. Kraft cooking of plantation-grown acacia wood

Koksharov A.V.¹, Mingazova A.V.¹, Khoa H.M.², Kazakov Y.V.²

¹Branch of the JSC "ILIM GROUP" in Koryazhma (Russia),

²Northern (Arctic) Federal University, Arkhangelsk, Russia

21. Change in AOX during ECF bleaching of softwood kraft pulp

Koksharov A.V.

Branch of the JSC "ILIM GROUP" in Koryazhma (Russia)

22. Effect of the optical brightener addition on the whiteness of TCF cellulose

Koksharov A.V.

Branch of the JSC "ILIM GROUP" in Koryazhma (Russia)

23. Assessment of the microstructure of tissue paper from recovered paper in the JSC «Syktyvkar Tissue Group»

Kostin V.A.¹, Osipov P.V.¹, Kurov V.S.², Midukov N.P.²

¹Joint Stock Company «Syktyvkar Tissue Group» (Russia)

²St. Petersburg University of Industrial Technologies and Design (Russia)

24. Investigation of the effect of the barrier on the intensification of the pulp grinding process

Marchenko R.A., Shurkina V.I., Kaplyov E.V.

Reshetnev Siberian State University of Science and Technology (Russia)

25. Impact of basic process parameters of knife-free plant on quality indices of pulp

Marchenko R.A., Shurkina V.I., Bolgov D.G.

Reshetnev Siberian State University of Science and Technology (Russia)

26. Development of technology for the biodegradable material production

Menshikova E.A., Holmova M.A.

Northern (Arctic) Federal University (Russia)

27. Biochemical processing of sulphite liquors

Mingazova L.A.¹, Kryakunova E.V.¹, Kanarskaya Z.A.¹, Kanarskii A.V.¹,
Kruchina-Bogdanov I.V.²

¹Kazan National Research Technological University (Russia)

²"AMT" Ltd, St. Petersburg (Russia)

28. Ultrafine disintegration technique

Nikolsky S.N.

Semenov Federal Research Center for Chemical Physics, Russian Academy of Sciences (Russia)

29. New oil flax cleaning system

Nikolsky S.N.

Semenov Federal Research Center for Chemical Physics, Russian Academy of Sciences (Russia)

30. Oxidative delignification of the wheat straw: comparison of the activity catalyst

Pen R.Z., Shapiro I.L., Marchenko R.A.

Reshetnev Siberian State University of Science and Technology (Russia)

31. Bleaching of the cotton lint on scheme ECF and TCF

Alashkevich Yu.D., Kozhukhov V.A., Karetnikova N.V., Chendylova L.V., Pen R.Z.

Reshetnev Siberian State University of Science and Technology (Russia)

32. Properties of secondary fibers obtained from wet-strength raw materials using dissolving activators

Penkin A.A.¹, Kazakov Y.V.²

¹Belarusian State Technological University (Belarus),

²Northern (Arctic) Federal University (Russia)

33. Photometric determination of sugars in sulfite lye

Plakhin V.A., Khabarov Yu.G.; Veshnyakov V.A.

Northern (Arctic) Federal University, Arkhangelsk, Russia

34. Features of deformation of fibrous materials from cereals straw cellulose

Pulyaeva M.A.¹, Kazakov Y.V.¹, Kanarski A.V.², Momzyakova K.S.², Deberdeev T.R.²

¹Northern (Arctic) Federal University, Arkhangelsk, Russia,

²Kazan National Research Technological University (Russia)

35. The effect of technological modes of the milling process on pulp qualitative indicators

Reshetova N.S., Severgin V.A., Lyubaev P.E.

Reshetnev Siberian State University of Science and Technology (Russia)

36. The effect of the mill knifes constructional characteristics on the refining process quality

Zyryanov D.E., Reshetova N.S., Alashkevich Y.D.

Reshetnev Siberian State University of Science and Technology (Russia)

37. Isolation of biopolyols from liquid pyrolysis products of lignocellulosic raw materials

Sabirsianova A.I., Valeeva A.R., Bikbulatova G.M., Haziahmetova R.M.

Kazan National Research Technological University (Russia)

38. Determination of the sources of fluctuations in the masses of the label paper web in the machine direction

Sivakov V.P., Vurasko A.V., Vicharev S.N., Artyomov A.V.

Ural State Forest Engineering University (Russia)

39. Development of a method for filling glass fiber filter papers with carbon sorbents

Sodikov I.S., Shcherbak N.V., Sevastyanova Ju.V.

Northern (Arctic) Federal University (Russia)

40. Features of birch bark disintegration

Tretyakov S.I.

Northern (Arctic) Federal University (Russia)

41. Термическая модификация лигноцеллюлозного сырья в производстве композиционных материалов

Haziahmetova R.M., Sabirsianova A.I., Valeeva A.R., Bikbulatova G.M.,Bashkirov V.N., Grachev A.N.

Kazan National Research Technological University (Russia)