Our Research and Expertise
We strive to address some of the biggest challenges in sustainable construction today.
Decarbonized Binders
Developing and characterizing low- and zero-carbon composite systems, including magnesium-based and geopolymer binders, to reduce the built environment’s carbon footprint.
Circular and Sustainable Materials
Valorizing industrial by-products and waste materials into high-performance materials, promoting circularity and lifecycle carbon reduction.
Multifunctional Composites
Developing and characterizing composites that provide multifunctionality through CO2 capture and energy-saving properties for sustainable building applications.
Smart Construction & Digital Tools
Integrating AI, IoT, and digital twin models to monitor material performance, predict service life, and optimize construction processes.
Beratung für Data Science
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The Brain Engineering
Neural Engineering
Electrical Signals in the Brain
Systems Neuroscience
Machine Learning
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Neural Threads
Target Discovery
Neural Technology
Cognitive Neuroscience
About Us
Carbon–X envisions a future where the built environment becomes a system for carbon balance, resource regeneration, and intelligent performance rather than a source of emissions.
We advance the science and technology of low-carbon, smart, and sustainable construction materials, integrating materials innovation, digital technology, and circular design to reduce the sector’s carbon footprint. From carbon-negative binders to multifunctional composites, our goal is to make decarbonization technically viable, economically scalable, and environmentally restorative, redefining how infrastructure is designed, built, and sustained.
Our Mission
The mission of Carbon–X Lab is to bridge science with sustainability and help close the global emissions gap through innovation at the intersection of materials science and environmental engineering.
We adopt a materials-first approach to design and develop low-carbon binders, multifunctional composites, and intelligent material systems that enhance durability, functionality, and environmental performance. By integrating experimental research, microstructural characterization, and life-cycle assessment, we ensure that each innovation supports circularity, carbon reduction, and real-world impact, advancing the transition toward net-zero and resilient construction.
Upcycling reclaimed fly ash and waste tire crumb rubber through geopolymerization: Synthesis, characterization, and cost analysis
Authors: Aamar Danish, Anthony S. Torres
Geopolymerization of non-metallic fractions of electronic waste: A sustainable disposal strategy?
Authors: Aamar Danish, Anthony S. Torres
Performance assessment of quaternary-blended geopolymers under different curing temperatures
Authors: Aamar Danish, Oğuzhan Çelebi, Barış Bayrak, Gökhan Kaplan, Abdulkadir Cüneyt Aydın, Togay Ozbakkaloglu
Performance assessment and economic and ecological analysis of carbon-negative recycled crumb rubber-based geopolymers
Authors: A. M. H. Sarkaz, Aamar Danish, Selçuk Memiş, Hasbi Yaprak, Osman Gencel, Togay Ozbakkaloglu
Performance evaluation and cost analysis of prepacked geopolymers containing waste marble powder under different curing temperatures for sustainable built environment
Authors: Aamar Danish, Ali Öz, Barış Bayrak, Gökhan Kaplan, Abdulkadir Cüneyt Aydın, Togay Ozbakkaloglu
About
What we do
About Us
Carbon–X envisions a future where the built environment becomes a system for carbon balance, resource regeneration, and intelligent performance rather than a source of emissions.
We advance the science and technology of low-carbon, smart, and sustainable construction materials, integrating materials innovation, digital technology, and circular design to reduce the sector’s carbon footprint. From carbon-negative binders to multifunctional composites, our goal is to make decarbonization technically viable, economically scalable, and environmentally restorative, redefining how infrastructure is designed, built, and sustained.
Our Mission
The mission of Carbon–X Lab is to bridge science with sustainability and help close the global emissions gap through innovation at the intersection of materials science and environmental engineering.
We adopt a materials-first approach to design and develop low-carbon binders, multifunctional composites, and intelligent material systems that enhance durability, functionality, and environmental performance. By integrating experimental research, microstructural characterization, and life-cycle assessment, we ensure that each innovation supports circularity, carbon reduction, and real-world impact, advancing the transition toward net-zero and resilient construction.
technologies developed
projects done
our work
Data Science
New age of biological research
Electrical Signals
Biological Evaluation
Nature-Centered Design
*Beratung für Data Science
Careers
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