Dr.chem Anrijs Verovkins

Izglītība

2013 - Doctor degree in Chemical engineering, Wood Chemistry Technology (Dr. chem.), Riga Technical University

Zinātniskās intereses un kompetence

Modification of wood and wood bark. Wood-polymer composites.

Nozīmīgākie projekti

2020 - LS IWC Bio-economic Grant N1 - New lignin-chitosan nano- and microparticles functional additives effect of recycled polypropylene / polylactic acid composite material with lignocellulosic filler properties (LignoHitBioKM) - Leader

2019 - LS IWC Bio-economic grant - A new lignin polymer complex as a compatibility enhancer influence on the properties of the composite material (LigPolimerKM) - Leader

2017-2018 - LS IWC Bio-economic grant - Waste biomass from wood processing wastewater as a potential for application in environmentally friendly composites (AtkritBiomasKM) - Leader

2017-2020 - ERDF project - Wood with improved service properties due to combination of thermal modification and impregnation (No. 1.1.1.1./16/A/133) - Researcher

2014-2017 - National Research Programme - Forest and earth entrails resources: research and sustainable utilization – new products and technologies (ResProd) (2014.10-4/VPP-6/6) - Participant

2011-2015 - ERDF project - Investigations of possibilities of woodworking by-products utilization, ForestCompetenceCenter (LIAA No.L-KC-11-0004) (KC/2.1.2.1.1/10/01/003; 2.1.2.1.1.) - Participant​

Nozīmīgākās publikācijas

  1. Cirule D., Verovkins A., Andersone I., Kuka E., Andersons B. (2020). Thermally modified birch wood interaction with liquids. European Journal of Wood and Wood Products. 78(5), 849-857.
  2. Zimele Z., Irbe I., Grinins J., Bikovens O., Verovkins A., Bajare D. (2020). Novel mycelium-based biocomposites (Mbb) as building materials. Journal of Renewable Materials. 8(9), 1067-1076.
  3. Shulga G., Neiberte B., Verovkins A., Vitolina S., Jaunslavietis J., Livcha S., Betkers T. (2019). ​Aminated wood sanding dust as filler for recycled polypropylene-based composite Cellulose Chemistry and Technology. 53(9), 945-953.
  4. Gaidukova G., Ivdre A., Fridrihsone A., Verovkins A., Cabulis U., Sergejs G. (2017). Polyurethane rigid foams obtained from polyols containing bio-based and recycled components and functional additives. Industrial Crops and Products. 102, 133–143.
  5. Shulga G., Neiberte B., Verovkins A., Jaunslavietis J., Shakels V., Vitolina S., Sedliačik J. (2016). Eco-friendly constituents for making wood-polymer composites. Key Engineering Materials -Selected Processes at the Wood Processing. 688, 122-130.
  6. Shulga G., Betkers, T., Vitolina S., Neiberte B., Verovkins A., Anne O., Ambrazaitienė D., Žukauskaitė A. (2015). Wood processing by-products treated with the lignin-based conditioner as mulch for soil protection.  Journal of Environmental Engineering and Landscape Management, 23(4), 279-287.
  7. Shulga G., Betkers T., Brovkina J., Neiberte B., Verovkins A., Belous O., Ambrazaitene D., Žukauskaite A. (2008). New lignin-based polymers for ecological rehabilitation. Molecular Crystals and Liquid Crystals; 483, 1333-1347.