ASH-CEM: Novel Cements & building Materials from Incineration Ashes

Assessment of the Carbonation, CO2 Sequestration and Leaching Behavior of Potential ‘Green’ Concrete with Supplementary Cementitious Materials to Quantify its Actual Durability and Sustainability

Autonomous self-healing in concrete induced by multiple bacterial metabolic pathways

Biodeposition and biological lime mortars for the (restoration-) building practice: proof of principle and upscaling (type 3)

Carbonation of Concrete at Different CO2 Concentrations in Combination with Mechanical Load

CARBonation Tailoring of Eco-efficient Concrete with Hybrid binders (Carb-TECH)

Cementitious materials with photocatalytic properties to obtain self-cleaning and air-purifying activity

Cementitious materials with selfhealing properties by using bacteria, polymers or pozzolans

Characterization of the self-healing phenomenon in cementitious materials

Cleaning of plaster crusts on natural stone

Completely Recyclable concrete for a more environmental friendly construction.

Concrete with innovative multifunctional Ag-incorporated superabsorbent polymers evaluated through corrosion testing and secondary imbibition as a novel durability indicator.

Demonstration of Dune-Dike hybrid blue-grey Nature-based Solutions

development of camsules with evolving brittleness and topmization of healing agents to realize self-healing concrete with extended service life

Development of efficient and reliable microbial-based self-healing concrete.

Durability of cracked and self-healing concrete in marine environments

Effect of tunable hydrogels on concrete microstructure, moisture properties, sealing and self-healing of cracks

Encapsulation of polymeric healing agents in self-healing concrete: capsule design

Fully recyclable concrete for a more environmentally-friendly construction

Impact of Self-Healing Engineered materials on steel corrosion in reinforced Concrete

Innovative Ag-incorporated superabsorbent polymers (SAP) as admixture for durable concrete structures

Innovative, multifunctional repair technique to extend the service life of concrete structures

In-situ polymerized superabsorbent polymers for durable cementitious materials

Life cycle assessment of self-healing concrete and repair mortar

Long lasting reinforced concrete for energy infrastructure under severe operating conditions

Microbial carbonate based products for the building practice

Monitoring the reduction in shrinkage cracking and improvement in self-sealing and self-healing of concrete through the inclusion of superabsorbent polymers and nano-reinforcement

New possibilities of recycling and new admixtures in lime-based mortar

Optimization of the healing agents and the encapsulation to realize self-healing concrete with extended service life

Self-healing and microstructural properties of cementitious materials with microfibres and coated superabsorbent polymers

SElf-healing CEmentitious and MINeral building materials

Self-healing concrete by means of the combination of microfibres with immobilized expansive and reactive materials

Self-healing concrete in realistic extreme conditions.

Self-healing concrete to create durable and sustainable concrete structures

Self-healing, Multifunctional, Advanced Repair Technologies IN Cementitious Systems

stepping stone to a circular city

Sustainable Building Lime Applications via Circular Economy and Biomimetic Approaches

Training Network for Self-Healing Materials: from Concepts to Market

Understanding the deformations of cementitious materials caused by their hygroscopic behaviour

Use of electrochemical techniques for monitoring the corrosion behaviour of reinforcement embedded in concrete

Water interactions down to the nanoscale in cementitious materials with superabsorbent polymers

Systems for controlling temperature and relative humidity