Ivana Carević

Environmental safety and professional acceptance of wood biomass ash and sewage sludge ash in construction products

Metodologija izračuna utjecaja zgrada na okoliš

Development of sustainable concrete using waste ashes as recycled aggregates: Solution for green urban infrastructure

Wood biomass ash as a clinker substitute in advancing next-generation blended cement: Croatian case study

The necessity for national guidelines for the remediation of industrially contaminated brownfields: an example of Norwegian good practice

CAPACITY BUILDING OF CONSTRUCTION ENGINEERS FOR LIFE CYCLE ASSESSMENT THROUGH PROJECT-BASED LEARNING

Prihvaćenost recikliranih građevinskih materijala u kontekstu održive gradnje

The necessity for national guidelines for the remediation of industrially contaminated brownfields: an example of Norwegian good practice

LIFE CYCLE ASSESSMENT OF A CONVENTIONAL AND AN ALTERNATIVE SINGLE-FAMILY HOUSE: A COMPARATIVE STUDY

Uloga obrazovanja u promicanju održivosti u građevinarstvu: primjer kolegija Zelena gradnja

Utilizing incineration ashes

SIMULATION OF THE CONSTRUCTION ECOSYSTEM THROUGH SERVICE-BASED LEARNING: INTEGRATING VOCATIONAL, MASTER AND DOCTORAL STUDENTS FOR A SUSTAINABLE TRANSFORMATION OF THE CONSTRUCTION SECTOR

Industrijska proizvodnja i demonstracija inovativnih proizvoda s pepelom drvne biomase

Održivi razvoj betonskih konstrukcija s upotrebom otpadnih pepela

Prijedlog mjera za unaprjeđenje znanja i vještina u hrvatskom građevinskom sektoru: prema postizanju energetskih ciljeva do 2030.

Kako koristiti nove vrste pepela dobivene termičkom obradom u građevinskoj industriji?

Ocjenjivanje životnog ciklusa različitih vrsta cemenata

Industrijska simbioza korištenjem pepela nastalih termičkom obradom za proizvodnju nove generacije miješanih cemenata i predgotovljenih betonskih proizvoda

Procjena utjecaja građevine na okoliš

LOW-CARBON PAVEMENT SOLUTIONS: INTEGRATING INCINERATION ASHES IN PRECAST CONCRETE INNOVATIONS

Evaluation of the Performance of Clay-Based Bricks With the Addition of Co-combustion Ash

Inovacije u industriji cementa i betona: upotreba pepela iz termičke obrade

Understanding the Effects of Wood Biomass Ash on Brick Quality

Održivost izgrađenog okoliša

BUILD UP Skills – Croatia CRO skills – National roadmap for achieving energy efficiency in buildings by 2030.

Utjecaj pepela dobivenog termičkom obradom mulja na svojstva opeke

Potrebe tržišta rada u sektoru građevinarstva za ostvarivanje ciljeva energetske učinkovitosti

Precast concrete products with wood biomass ash as a partial cement replacement

Ima li Hrvatska dovoljno kapaciteta za energetsku obnovu zgrada po stopi od 3 % godišnje?

Proračun utjecaja građevina i građevnih proizvoda na okoliš

Circular Manufacturing

Determination of the CO2 sequestration potential of waste ashes by direct mineral carbonation treatment

LATOM pitch

Integriranje nedovoljno iskorištenog pepela u ciklus materijala primjenom industrijsko-urbane simbioze

Awareness raising and upskilling construction sector with the aim of decarbonizing buildings

Shrinkage of mortar with the addition of wood biomass ash and recycled tyre polymer fibres

Primjeri ocjenjivanja životnoga ciklusa građevnih proizvoda

Izjava zaštite okoliša u građevinskom sektoru

Effect of free Cao and MgO from wood biomass ash on cementitious composites

Life cycle analysis of reinforced concrete floor slab through three different waste management scenarios

Alkali resistance of selected waste fibres to model cement environment

Integration of underutilized ashes into material cycles

New generation of blended cements with wood biomass ash

CRO skill RELOAD - Analiza trenutačnog stanja i potreba u području obrazovanja građevinskih radnika o energetskoj učinkovitosti

Traditional sustainable construction in Croatia

Chemical and physical properties of blended cements and pastes with wood biomass ash

Implication of waste management strategy on the environmental performance of reinforced concrete product

Održivi mortovi s pepelom iz energana na drvnu biomasu

Utjecaj pepela drvne biomase na svojstva kermaičkih materijala

Analiza postojećeg stanja u građevinarstvu i školstvu u Republici Hrvatskoj vezano uz energetsku učinkovitost i OIE

Who will carry out the energy renovation of the buildings?

Procjena utjecaja na okoliš građevnih proizvoda

Life Cycle Assessment As Affirmation Tool for Faster Uptake of Construction Products Incorporating Waste Materials

Važnost sinergije privrede i znanosti u povećanju održivosti zbrinjavanja otpada u okvirima kružnog gospodarstva

E-priručnik o održivoj gradnji i važnosti korištenja održivih materijala

Use of Wood Biomass Ash in Prefabricated Concrete Elements

Važnost sinergije privrede i znanosti u povećanju održivosti zbrinjavanja otpada u okvirima kružnog gospodarstva

Utilization of Wood Biomass Ash in Concrete Industry

Izazovi i preporuke u korištenju pojedinih vrsta otpada u građevinskoj industriji

Life Cycle Assessment of Blended Cements with Wood Biomass Ashes

Bioashes and their potential for reuse to sustain ecosystem services and underpin circular economy

Pilot Scale Production of Precast Concrete Elements with Wood Biomass Ash

Energetski učinkovit i održivi predgotovljeni fasadni zidni panelni sustav od betona s recikliranim agregatom

Effect of wood biomass ash storage on the properties of cement composites

Predgotovljeni betonski rubnjaci i kanalice s pepelom drvne biomase

Održiv i energetski učinkovit fasadni panel ECO- SANDWICH® – od razvoja do primjene

Gospodarenje pepelom drvne biomase – potencijalnom sirovinom u betonskoj industriji

Potential of Using Wood Biomass Ash in Low-Strength Composites

Sustainable pre-treatment of wood biomass ash for partial cement replacement

Mogućnosti betonske industrije kao odgovor na klimatske promjene

Inovativni građevni proizvodi s pepelom drvne biomase

Challenges and recommendations for use of wood biomass ash in the concrete industry

Correlation between physical and chemical properties of wood biomass ash and cement composites performances

Razvoj inovativnih građevnih kompozita primjenom pepela drvne biomase

INNOVATIVE CONSTRUCTION PRODUCTS: DRIVERS OF SUSTAINABLE ENGINEERING

Leaching Characteristics of Wood Biomass Fly Ash Cement Composites

Feasibility of using pozzolanicity tests to assess reactivity of wood biomass fly ashes

Corrosion behaviour of steel in mortar with wood biomass ash

CHARACTERIZATION OF CEMENT COMPOSITES WITH FLY ASH FROM WOOD BIOMASS

From Wood Biomass Ash Selection to Pilot Application in Concrete Industry

Mechanical properties of concrete containing wood biomass ash

Evaluation of wood biomass ashes reactivity

Influence of chemical and physical properties of WBA on the cement composites

Wood Biomass Ash as a Raw Material in the Concrete Industry

Preliminary screening of wood biomass ashes for partial resources replacements in cementitious materials

Proceedings of the International Conference on Sustainable Materials, Systems and Structures (SMSS2019)PhD Symposium

Physical Properties of Cement Pastes with Different Wood Biomass Ash Contents

Impact of wood biomass fly ash on the setting time of cement pastes

Wood biomass fly ash in the cement composites

Drying shrinkage of mortar containing wood biomass ash as supplementary cementitious material

Durability properties of cement composities with wood biomass ash

Provođenje programa izobrazbe radnika za energetski učinkovitu gradnju po programu Croskills

Market Potential of Wood Biomass Ash Utilisation in Cement Composites - Croatian Case Study

Održivo gospodarenje pepelom od drvne biomase

Utjecaj pepela drvne biomase na obradljivost, vezivanje i postojanost volumena cemetnih kompozita

Potential of use wood biomass ash in the cement composites

Construction and demolition waste as a resource for sustainable, very low-energy buildings

Sustav izobrazbe i certificiranja građevinskih radnika u području energetske učinkovitosti u zgradarstvu

Upotreba pepela iz drvne biomase u cementima kompozitima – preliminarna ispitivanja

Primjena pepela iz drvne biomase kao zamjena cementa u betonu

Utilization of wood biomass ash (WBA) in the cement composites

CROSKILLS – građevinski radnici kao temelj kvalitete energetski učinkovite gradnje

Kontinuirana izobrazba građevinskih radnika u okviru energetske učinkovitosti - Zajednički dio

Potencijal biopepela i stanje u Republici Hrvatskoj

Environmental product declaration of energy efficient, recycled concrete sandwich facade panel

CROSKILLS - jesmo li spremni za izvedbu kvalitetne vanjske ovojnice zgrade

Mogućnosti korištenja otpadnih materijala na prirodnoj bazi u cementnim kompozitima

Mogućnosti primjene alternativnih materijala u proizvodnji betona

Application of agro-waste in the cement composite

ventilated precast wall panel ECO-SANDWICH

Ispitivanje na požar novog inovativnog predgotovljenog fasadnog elementa

PRECAST SANDWICH PANEL – INNOVATIVE WAY OF CONSTRUCTION

Energy Efficiency Aspects of Recycled Aggregate Concrete

Status quo analysis of the building sector in Croatia and skills of construction workers in the field of energy efficiency and renewable sources of energy

BUILD UP Skills – Hrvatska – Ažurirana i nadopunjena nacionalna analiza postojećeg stanja u građevinarstvu u Republici Hrvatskoj

Sustav obrazovanja u području energetske učinkovitosti

National roadmap for a lifelong education of construction workers in the field of energy efficiency

Elaboration of CRR model for Saturated Soil on the Example of Flood Wave on Botonega Catchment

Perforirani vertikalni zid kao obalna konstrukcija

Prikaz čimbenika pri odabiru sustava navodnjavanja Dalj

Sustainable blended cement built on waste ashes and closed-loop principles