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Faculty of Civil Engineering
Faculty of Civil Engineering

Laboratory of Concrete Technologies

The Laboratory of Concrete Technologies was established in 2017 through the reorganisation of institute units. Since its establishment, the laboratory has been headed by Senior Researcher Dr Modestas Kligys.
Address: Saulėtekio Ave. 11, S7, Room 09 Phone: +370 5 251 2327 Internal Phone: 9327 Email: modestas.kligys@vilniustech.lt

About the Laboratory

To develop innovative technological solutions and advanced materials that support sustainable construction, ensure the advancement of the study process through practical experience, and provide expert services to university partners.

The Laboratory’s Mission

To develop innovative technological solutions and advanced materials that support sustainable construction, ensure the advancement of the study process through practical experience, and provide expert services to university partners.
To continuously improve technologies in response to the evolving needs of industry and society, while supporting the development of unique, sustainable, and long-term infrastructure.

The Laboratory’s Vision

To continuously improve technologies in response to the evolving needs of industry and society, while supporting the development of unique, sustainable, and long-term infrastructure.
To educate the next generation of researchers, transfer practical and scientific competencies, and contribute to solving technological challenges at national and international levels.

The Laboratory’s Goals

To educate the next generation of researchers, transfer practical and scientific competencies, and contribute to solving technological challenges at national and international levels.

Research Areas

To achieve a leading position in the field of technologies, the Laboratory of Concrete Technologies integrates materials engineering, civil engineering, chemical engineering, and computational modelling. This interdisciplinary approach enables comprehensive analysis of current technological challenges and the application of effective solution methods.

  • Development and Application of Geopolymer Materials
  • Analysis of Chemical Processes in Construction Materials
  • Modification of Cementitious Systems Using Chemical and Mineral Additives
  • Analysis of Reinforcement Effects on Material Behaviour in Different Environments
  • Autoclaved Products and Evaluation of Their Properties
  • Development and Structural Analysis of Aerated Concrete and Other Porous Materials
  • Gypsum Products and Their Recycling Potential

Services for Industry

The Laboratory of Concrete Technologies cooperates closely with Lithuanian companies and offers a wide range of research services in various fields.

  • Participation in National Organisations (Standards Development)
  • Construction Products for Sustainable Homes
  • Concrete 3D Printing Technologies
  • Use of Secondary Raw Materials to Develop Efficient Products
  • Assessment of Concrete Durability
  • Specialised Concrete Construction Technologies
  • Production Control and Quality Assessment of Construction Materials

Infrastructure

The Laboratory of Concrete Technologies infrastructure enables the development of efficient construction conglomerate systems, expert evaluation of products available on the market, and the implementation of advanced research focused on the practical application of technologies.

Projects

The Laboratory of Concrete Technologies actively participates in national and international research and innovation projects.

2018–2024 m.
Intelektas Programme. Joint Research–Business Projects Project: Development of Eco-Friendly Composite Materials Project No J05-LVPA-K-03-0091 Participating country: Lithuania Funding: Lithuanian Business Support Agency Project value: EUR 635,634
2014–2017 m.
EUREKA E! 8790 ENCLOSUREWASTECONCRETE Project: Development of Environmentally Friendly Cementitious Composites and Their Production Technologies from Technogenic Waste Participating countries: Lithuania, Czech Republic Funding: Agency for International Science and Technology Development Programmes Project value: EUR 100,000
2013–2014 m.
Lithuania–Belarus Bilateral R&D Project Project: Investigation of the Effect of Nano- and Fine Dispersed Additives on Lightweight Porous Composites Participating countries: Lithuania, Belarus Funding: Lithuanian State Science and Studies Foundation Project value: EUR 11,975.79
2008–2011 m.
EUREKA E! 4487 WASTEHEATCONCRETE Project: Development of Heat-Resistant Aerated Concrete and Its Production Technology Participating countries: Lithuania, Ukraine Funding: Agency for International Science and Technology Development Programmes Project value: EUR 700,000
2009–2010 m.
Lithuania–Ukraine Bilateral R&D Project Project: Investigation of the Performance of Multilayer Building Envelopes Made of Aerated Concrete Blocks Participating countries: Lithuania, Ukraine Funding: Lithuanian State Science and Studies Foundation; Agency for International Science and Technology Development Programmes Project value: EUR 20,273.40 and EUR 8,688.60 (mobility)
2018–2024 m.
2014–2017 m.
2013–2014 m.
2008–2011 m.
2009–2010 m.

Partners

The Laboratory of Concrete Technologies cooperates closely with research and business institutions at both national and international levels.

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Laboratory Staff

The Laboratory of Concrete Technologies team consists of experienced scientists and researchers in materials engineering.

Head of the Laboratory
Head of the Laboratory
Research Staff
Technicians
  • Head of the Laboratory
  • Research Staff
  • Technicians
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