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Puke, Maris, Godina, Daniela, Brazdausks, Prans, Rizhikovs, Janis (2022) Study of a Novel Biorefining Method for Obtaining 2-Furaldehyde, Acetic Acid and Pulp from Birch Wood. Materials Science Forum, 1071. 204-211 doi:10.4028/p-j8yji8

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Reference TypeJournal (article/letter/editorial)
TitleStudy of a Novel Biorefining Method for Obtaining 2-Furaldehyde, Acetic Acid and Pulp from Birch Wood
JournalMaterials Science Forum
AuthorsPuke, MarisAuthor
Godina, DanielaAuthor
Brazdausks, PransAuthor
Rizhikovs, JanisAuthor
Year2022 (October 18)Volume1071
PublisherTrans Tech Publications, Ltd.
DOIdoi:10.4028/p-j8yji8Search in ResearchGate
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Mindat Ref. ID15464191Long-form Identifiermindat:1:5:15464191:7
GUID0
Full ReferencePuke, Maris, Godina, Daniela, Brazdausks, Prans, Rizhikovs, Janis (2022) Study of a Novel Biorefining Method for Obtaining 2-Furaldehyde, Acetic Acid and Pulp from Birch Wood. Materials Science Forum, 1071. 204-211 doi:10.4028/p-j8yji8
Plain TextPuke, Maris, Godina, Daniela, Brazdausks, Prans, Rizhikovs, Janis (2022) Study of a Novel Biorefining Method for Obtaining 2-Furaldehyde, Acetic Acid and Pulp from Birch Wood. Materials Science Forum, 1071. 204-211 doi:10.4028/p-j8yji8
In(2022) Materials Science Forum Vol. 1071. Trans Tech Publications, Ltd.

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Brazdausks, Prans, Rizhikovs, Janis, Paze, Aigars, Zhurinsh, Aivars, Puke, Maris, Plavniece, Ance (2016) Evaluation of Equilibrium Moisture Content and Chemical Composition in Torrefied Birch Wood. Key Engineering Materials, 721. 97-101 doi:10.4028/www.scientific.net/kem.721.97
Godina, Daniela, Makars, Raimonds, Abolins, Arnis, Paze, Aigars, Kirpluks, Mikelis, Rizhikovs, Janis (2022) Suberinic Acid Isolation from Birch Outer Bark and their Characterization. Materials Science Forum, 1071. 166-173 doi:10.4028/p-75i7vl
Brazdausks, Prans, Vedernikovs, Nikolajs, Puke, Maris, Kruma, Irena (2014) Effect of the Acid Hydrolysis Temperature on the Conversion of Birch Wood Hemicelluloses into Furfural. Key Engineering Materials, 604. 245-248 doi:10.4028/www.scientific.net/kem.604.245
Makars, Raimonds, Rizhikovs, Janis, Paze, Aigars (2022) Study of Catalysts for Suberinic Acid-Based Adhesive Polymerization. Materials Science Forum, 1071. 182-188 doi:10.4028/p-gxs1x9
Paze, Aigars, Vitolina, Sanita, Berzins, Rudolfs, Rizhikovs, Janis, Makars, Raimonds, Godina, Daniela, Teresko, Arturs (2022) The Study of Betulin Particles Containing Hydrogels Prepared by Antisolvent Precipitation. Key Engineering Materials, 933. 139-146 doi:10.4028/p-rhk0o3
Berzins, Rudolfs, Paze, Aigars, Vitolina, Sanita, Rizhikovs, Janis, Makars, Raimonds, Godina, Daniela, Teresko, Arturs (2022) Adaptation of the Methylene Blue Adsorption Method for Specific Surface Area Determination of Betulin Particles. Key Engineering Materials, 933. 155-161 doi:10.4028/p-97n42e
Vitolina, Sanita, Paze, Aigars, Berzins, Rudolfs, Rizhikovs, Janis, Makars, Raimonds, Godina, Daniela, Teresko, Arturs (2022) Optimization of Betulin Colloidal Aqueous Suspension Pretreatment for Determination of Particle Characteristics. Key Engineering Materials, 933. 147-154 doi:10.4028/p-30e802
Makars, Raimonds, Paze, Aigars, Rizikovs, Janis, Berzins, Rudolfs, Godiņa, Daniela, Puke, Maris, Stankus, Kristaps, Virsis, Inguss (2020) Changes in Composition of Birch Outer Bark Extractives After Recrystallization with C2-C5 Alkanols. Key Engineering Materials, 850. 3-8 doi:10.4028/www.scientific.net/kem.850.3
Godiņa, Daniela, Makars, Raimonds, Berzins, Rudolfs, Paze, Aigars, Rizhikovs, Janis (2021) Method Development for Leachable Furfural Determination in Wood-Based Panels by HPLC-Uv System. Key Engineering Materials, 903. 223-228 doi:10.4028/www.scientific.net/kem.903.223
Godiņa, Daniela, Paze, Aigars, Rizhikovs, Janis, Stankus, Kristaps, Virsis, Inguss, Nakurte, Ilva (2018) Stability Studies of Bioactive Compounds from Birch Outer Bark Ethanolic Extracts. Key Engineering Materials, 762. 152-157 doi:10.4028/www.scientific.net/kem.762.152
Grinins, Juris, Biziks, Vladimirs, Irbe, Ilze, Rizhikovs, Janis (2019) Water Related Properties of Birch Wood Modified with Phenol-Formaldehyde (PF) Resins. Key Engineering Materials, 800. 246-250 doi:10.4028/www.scientific.net/kem.800.246
 
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