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The Climate Change and Green Materials (CCGM) group actively engages in research and development across various domains to address climate change and promote sustainable materials. Their primary research areas include greenhouse gas (GHG) monitoring, emission inventory, carbon capture and sequestration, carbon footprint analysis, and innovative solutions such as direct air capture and enhanced rock weathering. Additionally, the group works on developing green and low-emission fireworks, focusing on testing raw material purity, compositional analysis, and evaluating air and noise emissions.
Core Responsibilities
- Greenhouse gas (GHG) monitoring and emission inventory development.
- Carbon capture and sequestration technologies.
- Carbon footprint analysis and strategies for reduction.
- Innovative solutions like direct air capture and enhanced rock weathering.
- Development of green and low-emission fireworks with a focus on raw material purity and environmental impacts.
Materials Science Research
- Development of highly porous materials like MOFs, zeolites, cenospheres, COFs, MIPs, biochar, and nanocomposites.
- Gas capture, waste valorization, and solar hydrogen production using these materials.
- Creation of solar energy solutions through advanced material design.
- Innovation in biodegradable products such as pads, solar air purifiers, and disinfection bins for environmental sustainability.
Facilities and Equipment
- State-of-the-art instruments for material characterization, including X-ray diffraction (XRD), gas chromatography (GC), UV-Vis spectrophotometer, and FTIR spectroscopy.
- Dedicated laboratories for emission testing, material analysis, and experimental work.
- Advanced infrastructure supporting cutting-edge research in carbon capture technologies, green hydrogen production, and sustainable material innovations.
Goals and Objectives
- Advancing research in climate change mitigation technologies.
- Developing sustainable materials and green technologies for environmental protection.
- Contributing to the reduction of emissions and promoting circular economy principles.
- Enhancing global sustainability through innovative and low-emission solutions.
Notable Achievements
- Development of advanced materials for gas capture and waste valorization.
- Innovations in green and low-emission fireworks technology.
- Successful implementation of solar hydrogen and energy solutions.
- Significant contributions to the reduction of environmental impacts through research in carbon capture and green materials.
For inquiries regarding green crackers research, testing, or technology transfer, please contact us at greencracker.csir@neeri.res.in
Below are important resources and guidelines for manufacturers and stakeholders involved in the development and adoption of green crackers technology: