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(Created claim: summary (P836): The aim of the project is to conduct an interdisciplinary non-economic industrial research that will combine chemical technologies and material science industries and promote knowledge transfer by developing a new eco-innovative technology for processing birch bark into environmentally friendly fibre bio-composites and products with high added value. The main activities of the project are to explore the possibilities of birch bark processing in...) |
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The aim of the project is to conduct an interdisciplinary non-economic industrial research that will combine chemical technologies and material science industries and promote knowledge transfer by developing a new eco-innovative technology for processing birch bark into environmentally friendly fibre bio-composites and products with high added value. The main activities of the project are to explore the possibilities of birch bark processing in green products and materials with high added value and to create a new eco-innovative technology where birch wood processing waste will be used as a raw material for the acquisition of bio-composites. It will be used as a binder for birch depolymerised birch, but as a filler – the hatch-wood lignocellulose left over after pre-treatment, where a high value added product will be obtained as a by-product – furfurol. The project will result in a prototype of a new eco-innovative technology, 4 new product prototypes, as well as 6 scientific articles. The number of young researchers in the supported units will be 5.6 FTE, of which young scientists form 3.2 FTE.Project characteristics: Industrial study (TRL 3). Not linked to economic activity. Fields of science by OECD (interdisciplinarity): 2.4 and 2.5.It is planned to apply Green Procurement for the purchase of paper and chemicals Implementation site – Latvian State Institute of Wood Chemistry.Duration 34 months,Summa EUR 648000 (ERDF support amount – EUR 550800) The aim of the project is to develop knowledge base and human capital, as well as to promote knowledge transfer by developing new eco-innovative technology.The non-economic activity multidisciplinary project is in line with OECD science industries FOS classification engineering and technology, as well as to promote knowledge transfer by developing a new eco-innovative technology.The non-disciplinary project is in line with the OECD science industry FOS classification engineering and technology industries, as well as to promote the use of innovative technologies in the field of eco-innovative technology.Unrelated to economic activity the interdisciplinary project corresponds to OECD sciences and human capital, as well as to promote knowledge transfer by developing a new eco-innovative technology.The non-economic multidisciplinary project corresponds to OECD sciences sector FOS classification engineering and technology – efficient use of materials during the design, as well as to create more efficient materials technology within the framework of the project. SCI is a cooperation partner of the Latvian Wood Industry Federation (Annex 24), representing such industries as wood, wood and cork products manufacturing (NACE 2-16).The aim is to increase the innovation performance and competitiveness of the bioeconomy sectors on the regional and international scale and Latvia’s contribution to the EU’s overall goals. The industrial research carried out in the project (TRL3) will include research and dissemination of results. The studies will be carried out using LCCI base and equipment (Annex 13). The framework for industrial research is to provide the target groups with knowledge of the optimal technological parameters after the end of the project in order to obtain ecological fibre bio-composites from birch bark, which will not be produced using formaldehyde-containing binders. After pre-treatment of the filler, a high added value product – furfurol – will emerge as a by-product. Implementation of technology will increase the added value of wood industry waste products, as well as reduce health risks for manufacturers and users of furniture and particle boards due to formaldehyde. Recycling birch bark into valuable products will also reduce potential emissions of CO2 into the atmosphere by burning it. The following results are expected during the project life cycle: 4 original scientific articles that will be submitted for publication in journals or conference articles contained in Web of Science or SCOPUS (A or B) databases; 2 original scientific articles that will be submitted for publication in magazines or conference books, the citation index of which reaches at least 50 percent of the industry average citation index, the prototype of new technology (1), prototypes of new products (4).The project is planned to start on 12.12.2016 and its duration will be 34 months. The project will be implemented by the LSCCI. The total eligible costs of the project are estimated at EUR 648 000, including: ERDF co-financing of 85 %, amounting to EUR 550800. (English) | |||||||||||||||
| Property / summary: The aim of the project is to conduct an interdisciplinary non-economic industrial research that will combine chemical technologies and material science industries and promote knowledge transfer by developing a new eco-innovative technology for processing birch bark into environmentally friendly fibre bio-composites and products with high added value. The main activities of the project are to explore the possibilities of birch bark processing in green products and materials with high added value and to create a new eco-innovative technology where birch wood processing waste will be used as a raw material for the acquisition of bio-composites. It will be used as a binder for birch depolymerised birch, but as a filler – the hatch-wood lignocellulose left over after pre-treatment, where a high value added product will be obtained as a by-product – furfurol. The project will result in a prototype of a new eco-innovative technology, 4 new product prototypes, as well as 6 scientific articles. The number of young researchers in the supported units will be 5.6 FTE, of which young scientists form 3.2 FTE.Project characteristics: Industrial study (TRL 3). Not linked to economic activity. Fields of science by OECD (interdisciplinarity): 2.4 and 2.5.It is planned to apply Green Procurement for the purchase of paper and chemicals Implementation site – Latvian State Institute of Wood Chemistry.Duration 34 months,Summa EUR 648000 (ERDF support amount – EUR 550800) The aim of the project is to develop knowledge base and human capital, as well as to promote knowledge transfer by developing new eco-innovative technology.The non-economic activity multidisciplinary project is in line with OECD science industries FOS classification engineering and technology, as well as to promote knowledge transfer by developing a new eco-innovative technology.The non-disciplinary project is in line with the OECD science industry FOS classification engineering and technology industries, as well as to promote the use of innovative technologies in the field of eco-innovative technology.Unrelated to economic activity the interdisciplinary project corresponds to OECD sciences and human capital, as well as to promote knowledge transfer by developing a new eco-innovative technology.The non-economic multidisciplinary project corresponds to OECD sciences sector FOS classification engineering and technology – efficient use of materials during the design, as well as to create more efficient materials technology within the framework of the project. SCI is a cooperation partner of the Latvian Wood Industry Federation (Annex 24), representing such industries as wood, wood and cork products manufacturing (NACE 2-16).The aim is to increase the innovation performance and competitiveness of the bioeconomy sectors on the regional and international scale and Latvia’s contribution to the EU’s overall goals. The industrial research carried out in the project (TRL3) will include research and dissemination of results. The studies will be carried out using LCCI base and equipment (Annex 13). The framework for industrial research is to provide the target groups with knowledge of the optimal technological parameters after the end of the project in order to obtain ecological fibre bio-composites from birch bark, which will not be produced using formaldehyde-containing binders. After pre-treatment of the filler, a high added value product – furfurol – will emerge as a by-product. Implementation of technology will increase the added value of wood industry waste products, as well as reduce health risks for manufacturers and users of furniture and particle boards due to formaldehyde. Recycling birch bark into valuable products will also reduce potential emissions of CO2 into the atmosphere by burning it. The following results are expected during the project life cycle: 4 original scientific articles that will be submitted for publication in journals or conference articles contained in Web of Science or SCOPUS (A or B) databases; 2 original scientific articles that will be submitted for publication in magazines or conference books, the citation index of which reaches at least 50 percent of the industry average citation index, the prototype of new technology (1), prototypes of new products (4).The project is planned to start on 12.12.2016 and its duration will be 34 months. The project will be implemented by the LSCCI. The total eligible costs of the project are estimated at EUR 648 000, including: ERDF co-financing of 85 %, amounting to EUR 550800. (English) / rank | |||||||||||||||
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| Property / summary: The aim of the project is to conduct an interdisciplinary non-economic industrial research that will combine chemical technologies and material science industries and promote knowledge transfer by developing a new eco-innovative technology for processing birch bark into environmentally friendly fibre bio-composites and products with high added value. The main activities of the project are to explore the possibilities of birch bark processing in green products and materials with high added value and to create a new eco-innovative technology where birch wood processing waste will be used as a raw material for the acquisition of bio-composites. It will be used as a binder for birch depolymerised birch, but as a filler – the hatch-wood lignocellulose left over after pre-treatment, where a high value added product will be obtained as a by-product – furfurol. The project will result in a prototype of a new eco-innovative technology, 4 new product prototypes, as well as 6 scientific articles. The number of young researchers in the supported units will be 5.6 FTE, of which young scientists form 3.2 FTE.Project characteristics: Industrial study (TRL 3). Not linked to economic activity. Fields of science by OECD (interdisciplinarity): 2.4 and 2.5.It is planned to apply Green Procurement for the purchase of paper and chemicals Implementation site – Latvian State Institute of Wood Chemistry.Duration 34 months,Summa EUR 648000 (ERDF support amount – EUR 550800) The aim of the project is to develop knowledge base and human capital, as well as to promote knowledge transfer by developing new eco-innovative technology.The non-economic activity multidisciplinary project is in line with OECD science industries FOS classification engineering and technology, as well as to promote knowledge transfer by developing a new eco-innovative technology.The non-disciplinary project is in line with the OECD science industry FOS classification engineering and technology industries, as well as to promote the use of innovative technologies in the field of eco-innovative technology.Unrelated to economic activity the interdisciplinary project corresponds to OECD sciences and human capital, as well as to promote knowledge transfer by developing a new eco-innovative technology.The non-economic multidisciplinary project corresponds to OECD sciences sector FOS classification engineering and technology – efficient use of materials during the design, as well as to create more efficient materials technology within the framework of the project. SCI is a cooperation partner of the Latvian Wood Industry Federation (Annex 24), representing such industries as wood, wood and cork products manufacturing (NACE 2-16).The aim is to increase the innovation performance and competitiveness of the bioeconomy sectors on the regional and international scale and Latvia’s contribution to the EU’s overall goals. The industrial research carried out in the project (TRL3) will include research and dissemination of results. The studies will be carried out using LCCI base and equipment (Annex 13). The framework for industrial research is to provide the target groups with knowledge of the optimal technological parameters after the end of the project in order to obtain ecological fibre bio-composites from birch bark, which will not be produced using formaldehyde-containing binders. After pre-treatment of the filler, a high added value product – furfurol – will emerge as a by-product. Implementation of technology will increase the added value of wood industry waste products, as well as reduce health risks for manufacturers and users of furniture and particle boards due to formaldehyde. Recycling birch bark into valuable products will also reduce potential emissions of CO2 into the atmosphere by burning it. The following results are expected during the project life cycle: 4 original scientific articles that will be submitted for publication in journals or conference articles contained in Web of Science or SCOPUS (A or B) databases; 2 original scientific articles that will be submitted for publication in magazines or conference books, the citation index of which reaches at least 50 percent of the industry average citation index, the prototype of new technology (1), prototypes of new products (4).The project is planned to start on 12.12.2016 and its duration will be 34 months. The project will be implemented by the LSCCI. The total eligible costs of the project are estimated at EUR 648 000, including: ERDF co-financing of 85 %, amounting to EUR 550800. (English) / qualifier | |||||||||||||||
point in time: 15 July 2021
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Revision as of 12:33, 15 July 2021
Project Q3056340 in Latvia
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Project Q3056340 in Latvia |
Statements
550,794.28 Euro
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647,993.27 Euro
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1 February 2017
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11 December 2019
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Atvasināta publiska persona "Latvijas Valsts koksnes ķīmijas institūts"
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56°58'29.75"N, 24°11'33.22"E
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Projekta mērķis ir veikt starpdisciplināru ar saimniecisko darbību nesaistītu rūpniecisko pētījumu, kas apvienos ķīmijas tehnoloģijas un materiālzinātnes nozares un veicinās zināšanu pārnesi, izstrādājot jaunu eko-inovatīvu tehnoloģiju bērza mizas pārstrādei videi draudzīgos šķiedru bio-kompozītos un produktos ar augstu pievienoto vērtību. Projekta galvenās darbības ir izpētīt bērza mizas pārstrādes iespējas zaļos produktos un materiālos ar augstu pievienoto vērtību un radīt jaunu ekoinovatīvu tehnoloģiju, kur bērza koksnes pārstrādes atkritumi tiks izmantoti kā izejviela šķiedru bio-kompozītu iegūšanā. Kā saistviela tiks izmantota depolimerizēta bērza tāss, bet kā pildviela - pāri palikusī lūksnes-koksnes lignoceluloze pēc priekšapstrādes, kur kā blakusprodukts tiks iegūts augstas pievienotas vērtības produkts - furfurols. Projekta rezultātā tiks izstrādāts jaunas eko-inovatīvas tehnoloģijas prototips, 4 jauni produktu prototipi, kā arī sagatavoti un iesniegti 6 zinātniskie raksti. Jaunu pētnieku skaits atbalstītajās vienībās būs 5,6 PLE, no kuriem jaunie zinātnieki sastāda 3,2 PLE.Projekta raksturojums: Rūpniecisks pētījums (TRL 3). Ar saimniecisko darbību nesaistīts. Zinātnes nozares pēc OECD (starpdisciplinaritāte): 2.4 un 2.5.Paredzēts piemērot Zaļo iepirkumu papīra un ķimikāliju iegādeiĪstenošanas vieta – Latvijas Valsts koksnes ķīmijas institūts (LVKĶI).Ilgums 34 mēneši,Summa 648 000 EUR (ERAF atbalsta apjoms - 550 800 EUR)Projekta mērķis ir attīstīt zināšanu bāzi un cilvēkkapitālu, kā arī veicināt zināšanu pārnesi, izstrādājot jaunu eko-inovatīvu tehnoloģiju.Ar saimniecisko darbību nesaistītais starpdisciplinārais projekts atbilst OECD zinātņu nozaru FOS klasifikācijas inženierzinātnes un tehnoloģijas nozarēm 2.4. ķīmijas tehnoloģija un 2.5. materiālzinātne, kuras ietvaros projekta dzīves cikla laikā tiks risinātas efektīvākas kokrūpniecības atkritumu – bērza mizas – efektīvas izmantošanu problēmas, lai ražotu augstākas pievienotās vērtības produktus, un radītu jaunus materiālus un tehnoloģijas. LV KĶI ir Biedrības “Latvijas kokrūpniecības federācija” sadarbības partneris (24.pielikums), kas pārstāv tādas rūpniecības nozares kā Koksnes, koka un korķa izstrādājumu ražošana (NACE 2 – 16.), kuras mērķis ir palielināt bioekonomikas nozaru inovāciju sniegumu un konkurētspēju reģionālā un starptautiskā mērogā un Latvijas ieguldījumu ES kopējo mērķu sasniegšanā. Projektā īstenotais rūpnieciskais pētījums (TRL3) ietvers pētniecību un rezultātu izplatību. Pētījumi tiks veikti, izmantojot LVKĶI bāzi un iekārtas (13. pielikums). Rūpnieciskā pētījuma ietvars paredz pēc projekta beigām nodrošināt mērķa grupas ar zināšanām par optimālajiem tehnoloģiskajiem parametriem, lai no bērza mizas iegūtu ekoloģiskus šķiedru bio-kompozītus, kuru ražošanā neizmantos formaldehīdu saturošas saistvielas. Pēc pildvielas priekšapstrādes kā blakusprodukts radīsies augstas pievienotas vērtības produkts – furfurols. Realizējot tehnoloģiju, tiks paaugstināta kokrūpniecības atkritumu produktu pievienotā vērtība, kā arī samazināti veselības riski mēbeļu un skaidu plātņu ražotājiem un lietotājiem formaldehīda dēļ. Pārstrādājot bērza mizu vērtīgos produktos, tiks samazināts arī potenciālais CO2 izmešu daudzums atmosfērā, to sadedzinot. Projekta dzīves cikla laikā paredzēti šādi rezultāti: 4 oriģināli zinātniskie raksti, kas tiks iesniegti publicēšanai Web of Science vai SCOPUS (A vai B) datubāzēs iekļautos žurnālos vai konferenču rakstu krājumos; 2 oriģināli zinātniskie raksti, kas tiks iesniegti publicēšanai žurnālos vai konferenču rakstu krājumos, kuru citēšanas indekss sasniedz vismaz 50 procentus no nozares vidējā citēšanas indeksa, Jaunas tehnoloģijas prototips (1), Jaunu produktu prototipi (4).Projekta darbību paredzēts uzsākt 12.12.2016. un tā ilgums būs 34 mēneši. Projektu īstenos LVKĶI. Projekta kopējās attiecināmās izmaksas plānotas EUR 648 000, t.sk. ERAF līdzfinansējums 85%, apmērā – 550 800 EUR. (Latvian)
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The aim of the project is to conduct an interdisciplinary non-economic industrial research that will combine chemical technologies and material science industries and promote knowledge transfer by developing a new eco-innovative technology for processing birch bark into environmentally friendly fibre bio-composites and products with high added value. The main activities of the project are to explore the possibilities of birch bark processing in green products and materials with high added value and to create a new eco-innovative technology where birch wood processing waste will be used as a raw material for the acquisition of bio-composites. It will be used as a binder for birch depolymerised birch, but as a filler – the hatch-wood lignocellulose left over after pre-treatment, where a high value added product will be obtained as a by-product – furfurol. The project will result in a prototype of a new eco-innovative technology, 4 new product prototypes, as well as 6 scientific articles. The number of young researchers in the supported units will be 5.6 FTE, of which young scientists form 3.2 FTE.Project characteristics: Industrial study (TRL 3). Not linked to economic activity. Fields of science by OECD (interdisciplinarity): 2.4 and 2.5.It is planned to apply Green Procurement for the purchase of paper and chemicals Implementation site – Latvian State Institute of Wood Chemistry.Duration 34 months,Summa EUR 648000 (ERDF support amount – EUR 550800) The aim of the project is to develop knowledge base and human capital, as well as to promote knowledge transfer by developing new eco-innovative technology.The non-economic activity multidisciplinary project is in line with OECD science industries FOS classification engineering and technology, as well as to promote knowledge transfer by developing a new eco-innovative technology.The non-disciplinary project is in line with the OECD science industry FOS classification engineering and technology industries, as well as to promote the use of innovative technologies in the field of eco-innovative technology.Unrelated to economic activity the interdisciplinary project corresponds to OECD sciences and human capital, as well as to promote knowledge transfer by developing a new eco-innovative technology.The non-economic multidisciplinary project corresponds to OECD sciences sector FOS classification engineering and technology – efficient use of materials during the design, as well as to create more efficient materials technology within the framework of the project. SCI is a cooperation partner of the Latvian Wood Industry Federation (Annex 24), representing such industries as wood, wood and cork products manufacturing (NACE 2-16).The aim is to increase the innovation performance and competitiveness of the bioeconomy sectors on the regional and international scale and Latvia’s contribution to the EU’s overall goals. The industrial research carried out in the project (TRL3) will include research and dissemination of results. The studies will be carried out using LCCI base and equipment (Annex 13). The framework for industrial research is to provide the target groups with knowledge of the optimal technological parameters after the end of the project in order to obtain ecological fibre bio-composites from birch bark, which will not be produced using formaldehyde-containing binders. After pre-treatment of the filler, a high added value product – furfurol – will emerge as a by-product. Implementation of technology will increase the added value of wood industry waste products, as well as reduce health risks for manufacturers and users of furniture and particle boards due to formaldehyde. Recycling birch bark into valuable products will also reduce potential emissions of CO2 into the atmosphere by burning it. The following results are expected during the project life cycle: 4 original scientific articles that will be submitted for publication in journals or conference articles contained in Web of Science or SCOPUS (A or B) databases; 2 original scientific articles that will be submitted for publication in magazines or conference books, the citation index of which reaches at least 50 percent of the industry average citation index, the prototype of new technology (1), prototypes of new products (4).The project is planned to start on 12.12.2016 and its duration will be 34 months. The project will be implemented by the LSCCI. The total eligible costs of the project are estimated at EUR 648 000, including: ERDF co-financing of 85 %, amounting to EUR 550800. (English)
15 July 2021
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Dzērbenes iela 27, Rīga, LV-1006
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Identifiers
1.1.1.1/16/A/042
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