organisers

VÚSH is a Brno-based research organisation specialising in building materials and production technologies. Its work covers cement and lime, advanced composites, the use of secondary raw materials, and the durability and environmental performance of materials. By combining research with laboratory testing and pilot-scale development, VÚSH helps translate new formulations and technologies into practical use in construction.

The Institute of Chemical Process Fundamentals of the Czech Academy of Sciences conducts fundamental and applied research in chemical and environmental engineering and materials chemistry. Its work includes waste treatment, recycling and the recovery of useful materials from industrial residues. This expertise supports the development of processing technologies that make more efficient use of resources and reduce the environmental impacts of production.

The Transport Research Centre conducts applied research across transport and its infrastructure. Its materials research supports the construction, maintenance and repair of roads and other transport structures. Areas of expertise include concrete and binders, the use of secondary raw materials, non-destructive testing, AI-assisted assessment of infrastructure condition, and life cycle assessment. This work connects materials development with the practical requirements of infrastructure owners and operators.

Responsible
research,
safe
future

Responsible research

Responsible research in the field of construction (encompassing buildings and infrastructure) emphasizes the use of materials, products, and technologies that are circular, safe, sustainable, and socially beneficial – both for current and future generations. This approach takes into account technical, ecological, economic, energy, and social factors.

Safe future

A safe future in construction (buildings and infrastructure) depends on developing durable, resilient materials and technologies that lower production costs, cut resource consumption, reduce emissions, promote zero-waste processes, encourage reuse, and minimize environmental and societal impacts.

Traditional Focus Areas

Let’s discover what’s possible

Let’s explore the current societal needs that inspire new research topics and innovative development directions with practical applications. Together, we can support socially responsible research that paves the way for a safe future for generations to come, across both traditional and emerging ICBMPT conference topics.

Inorganic binders

Latest developments in binders for construction materials, including cement, lime, gypsum, and supplementary cementitious materials (SCMs). Innovations in sustainable binder production, performance enhancement, and environmental impact reduction.

Low-CO2 binders
Carbonating binders
Alkali-activated binders
Calcined clay cement
Alternative binders and other novel binders
Clinker free cement
SCMs

Advanced materials that can change properties in response to external stimuli. Examples include self-healing concrete and shape-memory alloys used in building facades.

Nano-engineered materials
Self-healing concrete
Self-cleaning materials
Self-compacting materials
Photocatalytic materials
Hydrophobic materials
Electromagnetic shielding materials
Safety Features
Design
Maintenance
Monitoring
HPC
UHPC
FRC

Eco-friendly building materials and practices focused on reducing environmental impact. This includes recycled materials, biodegradable products, and designs that facilitate future reuse or recycling.

Recycling of building materials
Secondary raw materials
Waste materials
Eco-based materials
Energy storage materials
Saving primary sources

Techniques and equipment used to evaluate building material properties, such as strength, durability, and thermal performance. This also covers emerging technologies like 3D printing in construction.

Carbon sequestration methods
Emission reduction
LCA
Innovative building methods
Durability of Materials and Structures
Modelling and simulation
Digital technologies
3D printing
Robotization

Non-traditional building materials that offer unique properties or environmental benefits. These may include bamboo, mycelium (fungal-based materials), or repurposed waste products.

Clay plasters
Superadobe
Natural insulation systems
Bio-based materials
Mycelium-based materials
Ecopanels
Clay panels
Papercrete

Award

Compete for the Best Contribution Award!

This year, we will present an award to the best contribution that demonstrates the greatest potential to ensure a safe future in construction through responsible research. Both reviewers and conference attendees will be involved in the evaluation process, with attendees voting during the conference

Evaluation Criteria

  • Environmental Aspect
  • Economic Savings
  • CO2 Reduction
  • Energy Savings
  • Material Savings
  • Increasing Durability and Resilience
  • Enhancing Safety