Ceramics and Construction Materials Research Group
Mission and Role
Ceramics and Construction Materials Research Group (CCMRG) of National Metal and Materials Technology Center (MTEC) is the leading research entity with superior resources and over 30 specially trained research personnel for continuing development of ceramics technologies. CCMRG has successfully developed a large number of researches to create knowledge and added value for sustainable development which have significantly benefitted the industrial, social, as well as the national security sectors. The research works is set to deliver the enhancement in synthesis, processing, and manufacturing of advanced ceramic and construction materials in such forms as powder, films, parts and products. The research products were developed under environmentally-friendly concept which natural resources and industrial waste are converted into products with a desired microstructure and qualification. The purposes are to sharpen the country’s competitive edge and lower the environmental impacts.
CCMRG consists of three main laboratories, Ceramic and Glass Research Team (CEGT), Ceramic Engineering Research Team (CEET), and Ceramic Chemistry Research Team (CECT), serving as key mechanisms in driving effective research and providing technical services of ceramics technologies. Technical consulting and services addressed to industrial sectors include consultancy to solve problems in manufacturing and reduce cost in process, the use of clean technology, and energy efficiency implementation. Assessment service for ceramic material properties and defect are also provided to the industry. Information related to ceramic technology are also offered, and research partnerships among government, universities, private sector have been explored to create opportunities for collaboration.
Research and Core Technology
Ceramic Catalyst
and Carbon Materials
• Zeolite catalyst from waste for upgrading Biofuels production
• Ceramic catalyst for upgrading synthetic-gas production
• Advanced porous carbon-based materials from biomass and industrial wastes for enhanced CO2 adsorption efficiency from power generation system
• Extracted lignin from sludge waste and biomass as a renewable source for bio-based phenolic resin production.
• Carbon fibers using lignin derived from biomass as precursors via melt spinning process
• Production and performance of activated carbon from biomass waste, wastewater sludge, and Pyrolyzed-waste tires for purification system and energy application
• Utilization of biogas residues with water hyacinth or/and tapioca residues for fuel gas production using gasification process
• Fuel Gas Production from Co-Gasification of Black liquor and biomass Wastes using Pilot Scale Gasifier
• Membrane for Hydrogen Separation for energy Application
Porous Ceramic and
Cement-based Materials
- Synthesis lightweight aggregate “G-Rock” for construction industries
- Utilization of clay and fly ash from industrial wastes in lightweight concrete block for load bearing wall
- TiO2 and its composites used as photocatalyst materials for wastewater treatment from industries
- Material integrity of LDPE-based solar water disinfection reactors with improved usability, Desalination and Water Treatment
High Value-added Substance Extraction
- Cenospheres (microspheres) separation from fly ash produced from coal-fired power plant
- ZnO nanorods from zinc waste for metal alloy industry
- Zeolite from Illite clay for Micro- and Ultra-filtration
- Functional coating for water-repellent and self-cleaning coating application
- Solar-reflective pigments and coatings for energy saving
- Flame-retardant coating
- Microwave synthesis, extraction, and processing of ceramic and nanomaterials
- Pilot-scale coated aluminum recycling process: Properties of secondary raw materials and evolved gas generating during re-melting process
Low temperature synthesis
and processing
- Tile, brick and refractory from cullet glass and industrial wastes
- Flyash-based Geopolymer reinforced with ceramic
- Geopolymers for the refractory, decoration, and green building construction materials
- Low temperature ceramic body and glaze
- Low temperature unleaded ceramic glaze
High Strength Ceramics
- Bullet-proof vests and hard armor for ballistic protection of military vehicles and vessels
- Alumina ceramic nozzles
- Carbide and Nitride Ceramic composite cutting tools
- Ceramic ladle for casting aluminum application
- Electrostatic discharge safe ceramic material
Materials Modeling
- Microstructural modeling of porous ceramic-based materials for thermal insulating application
Contact
Ceramics and Construction Materials Research Group
Priawthida Jantharat: Research Group Analyst (RGA)
Tel: 0 2564 6500 ext. 4302
Email: priawthida.jan@mtec.or.th