Dr. Nimir Elbashir
Chief Executive OfficerTechnology leader in catalysis, reactor design and carbon-conversion innovation.
Industrial Decarbonization • Advanced Carbon Materials
Turning carbon emissions into valueable products.
Decarb Technol Carbon develops carbon-conversion technologies that transform industrial carbon-rich emissions into advanced carbon materials and useful co-products, creating practical pathways for industrial decarbonization, materials innovation and collaboration.
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Carbon UtilizationTurning carbon-rich emissions into useful feedstocks
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Advanced MaterialsDeveloping high-performance carbon materials
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Process InnovationOptimizing conversion and products qulaity, scale-up and technology integration into exisiting plants
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Industrial DeploymentConnecting technology development to real applications
About
Technology for a lower-carbon chemicals, fuels and value-added products.
Decarb Technol Carbon (DTC) is a Qatar-based climate technology and advanced materials company focused on developing practical carbon utilization technologies that create value from industrial emissions and process streams.
Building on the CARGEN® technology foundation with our partner Houston-based Decarb Technol Inc. (DTI) company, to support carbon conversion, catalyst and process development, carbon nanotube materials production, syngas integration, engineering and application development in exisiting plants.
Learn more →Our Story
From CARGEN® research to DTC's technology development program.
CARGEN® established the scientific and engineering foundation. DTC is now advancing that platform toward industrial feedstocks, material performance, pilot readiness and real collaboration opportunities with research, industrial and application partners.
Research foundationCARGEN® converts carbon emissions (carbon dioxide, light hydrocarbons or flue gas) to carbon nanotubes and a valuable precusror hydrogen-rich syngas (a mixture of carbon monide and hydrogen).
→Scale-up learningReactors, CNTs and process development and integration
→DTC todayIndustrial feedstocks & material engineering
→Next phasePilot, qualification & deployment
Technology Process
From carbon-rich emissions to useful products.
The CARGEN® technology pathway converts carbon-containing gas emissions into solid carbon and syngas. DTC is advancing this foundation toward industrial feedstocks, higher-value carbon materials and future deployment.
High-level CARGEN® conversion pathway from carbon-rich feedstocks to carbon products and syngas.
1Inputs — relevant methane and CO₂-containing streams are brought into the technology pathway.
2Reactor 1 — the CARGEN® reactor initiates carbon conversion and forms solid carbon and hydroegn rich syngas.
3Reactor 2 — the tri-reforming stage supports further conversion and improving syngas co psotion for low-carbon methanol, ammonia, fuels and value-added chemicals.
4Solid carbon outputs — outputs can include bulk carbon and carbon nanotube materials.
5Syngas pathway — the H₂/CO syngas stream can support downstream energy and chemical pathways.
Carbon conversion
Transforms greenhouse-gas and industrial streams into useful material opportunities.
Nanomaterial focus
Supports development of carbon nanotube materials with performance-led application potential.
Integration mindset
Connects conversion science with engineering, scale-up and future customer integration.
Why DTC
From carbon emissions utilization to application-ready technology.
From emissions to value: DTC converts greenhouse gases into advanced materials through an integrated pathway spanning carbon conversion, engineering development, and commercial applications.
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Carbon utilization
Use greenhouse-gas and industrial carbon streams as productive feedstocks rather than treating them only as waste.
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Advanced materials
Focus on valuable solid-carbon outputs, including carbon nanotube materials, alongside useful co-products.
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Development pathway
Progress technology through process development, material characterization, engineering learning and scale-up preparation.
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Application readiness
Connect the technology story to end-use applications, customer integration and future industrial deployment.
Collaboration
Built to work with industry, research and application partners.
DTC is developing its technology with collaboration developed jointly with DTI, from feedstock and process-development partners to material-validation, application-integration and pilot-development collaborators.
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Industrial partners
DTC has established agreements with its partner, Decarb Technol Inc. (DTI), and world-leading industry partners covering CARGEN® catalyst manufacturing, process design and reactor scale-up, as well as carbon-product handling, modification, and downstream applications. DTC is currently exploring additional carbon-rich feed streams, process-integration opportunities, and pathways for future commercial deployment.
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Application partners
Evaluate carbon nanotube materials for performance-led applications and product development.
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Research collaborators
Advance catalyst development, materials characterization, modeling and validation together.
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Scale-up collaborators
Support prototype, pilot and engineering development as the technology progresses toward deployment.
Leadership
Multidisciplinary leadership with technology, industry and materials expertise.
Our team brings together catalysis, process engineering, advanced materials, industrial strategy and technology commercialization.
Dr. Marwa Al-Ansary
CTO & Strategy DirectorGlobal energy and technology executive with extensive experience in carbon, innovation, strategic partnerships and technology commercialization.
Dr. Mariam Al-Maadeed
Strategy ConsultantMaterials science leader with extensive expertise in nanotechnology and innovation.
Eng. Ahmed Abdalla
R&D OperationOur Mission
Develop profitable decarbonization through the transformation of greenhouse-gas streams into scalable, high-performance carbon products.
We bring an engineering-first mindset to innovation, quality, safety, collaboration and customer-focused technology development.
Get in Touch
Contact us for more information.
For collaboration, technology and partnership enquiries, please contact Info@DTCarbon.com.