Established in 1950, the National Chemical Laboratory (NCL) is a constituent laboratory of the Council of Scientific & Industrial Research (CSIR), dedicated to cutting-edge research in chemical sciences and engineering.
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The National Chemical Laboratory (CSIR-NCL) is one of India's premier research laboratories in the field of chemical sciences. Located in Pune, Maharashtra, NCL has a distinguished history of over seven decades in scientific research and technological innovation.
Our mission is to conduct world-class research in chemical and allied sciences, develop technologies for industrial and societal benefit, and nurture scientific talent. NCL houses state-of-the-art infrastructure, including advanced instrumentation facilities, pilot plants, and specialized laboratories.
With over 200 scientific staff and 400 research scholars, NCL publishes extensively in high-impact international journals and holds numerous patents. Our research spans diverse areas including polymers, materials science, catalysis, organic chemistry, biochemical sciences, and chemical engineering.
Since establishment in 1950
PhD scholars and postdocs
"At NCL, we bridge fundamental science with industrial applications. Our researchers work at the chemistry-biology interface, developing sustainable solutions for energy, health, and environment. We collaborate extensively with industry and academia worldwide."
Director, CSIR-National Chemical Laboratory
Advanced polymer synthesis, characterization, processing and applications. Development of biodegradable polymers, high-performance composites, and smart polymeric materials for healthcare and industrial applications.
Design and synthesis of complex organic molecules, natural products, and pharmaceutical intermediates. Development of novel synthetic methodologies and green chemistry approaches.
Development of advanced functional materials for energy, electronics, and catalysis. Research includes nanomaterials, metal-organic frameworks, ceramics, and hybrid materials with tailored properties.
Development of environmentally benign chemical processes, waste valorization, and renewable energy technologies. Focus on reducing environmental impact through innovative chemical solutions.
Research at the chemistry-biology interface including enzymology, protein engineering, metabolic engineering, and biomaterials. Applications in healthcare, agriculture, and industrial biotechnology.
Process development, scale-up, and optimization. Research includes fluid dynamics, heat transfer, separation processes, and reactor design with applications in chemical and pharmaceutical industries.
NCL provides comprehensive analytical and technical services to industry, academia, and government organizations through its state-of-the-art central instrumentation facilities.
Complete chemical analysis and characterization services using advanced instrumentation including NMR, MS, XRD, TEM, SEM, and chromatography systems.
Scale-up services from laboratory to pilot scale with dedicated facilities for polymer processing, catalysis, fermentation, and chemical process development.
Specialized training programs, workshops, and internships for students, researchers, and industry professionals in advanced chemical techniques and instrumentation.
NCL has a strong track record of technology development and transfer to industry. Our innovations have led to commercial products, processes, and startups across various sectors.
NCL-developed biodegradable polymer technology licensed to multiple companies for packaging and agricultural applications. These polymers degrade completely under composting conditions.
Technology reduces plastic pollution and offers sustainable alternatives to conventional plastics.
Membrane-based water purification technology commercialized through a startup. Removes heavy metals, pathogens, and contaminants to produce potable water from various sources.
Deployed in rural communities and industrial wastewater treatment with capacity ranging from household to community scale.
Environmentally benign processes for pharmaceutical intermediates adopted by major Indian pharmaceutical companies. Reduces waste generation and eliminates hazardous reagents.
Processes result in 40-60% reduction in E-factor (environmental factor) compared to conventional routes.
Researchers at NCL have developed a cost-effective, non-precious metal catalyst for efficient hydrogen production from water. The breakthrough could significantly reduce the cost of green hydrogen production.
Read moreNCL will host the 15th International Conference on Polymer Science and Technology from November 20-23, 2023. The conference will feature keynote lectures from global experts and presentation of cutting-edge research.
View conference detailsA joint research center focused on sustainable materials development has been established in collaboration with a leading Indian conglomerate. The center will work on bio-based materials and circular economy solutions.
Learn about partnershipsNCL scientists have developed a novel nanoparticle-based drug delivery system that can target cancer cells with high specificity. The research was published in the prestigious journal Nature Communications.
Read publicationHybrid event with international speakers
Hands-on training for researchers
For undergraduate and postgraduate students
For inquiries regarding research collaborations, analytical services, technology licensing, or visiting NCL, please contact us using the information below.