
Dr. Srinivas Dharavath, PhD
Energetic Materials Laboratory, Department of Chemistry,
Indian Institute of Technology Kanpur

Welcome to
Energetic Materials Laboratory (EML)
Redefining High-Energy Chemistry for a Safer, Greener Tomorrow
At the heart of IIT Kanpur's Department of Chemistry, EML is advancing the science of high-energy materials—designing eco-friendly, thermally stable, and mechanically insensitive compounds for the next generation of defense, aerospace, and civil applications.
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Energetic Materials Laboratory
The Energetic Materials Laboratory (EML) at the Indian Institute of Technology Kanpur stands at the intersection of fundamental science and high-impact innovation. As the global demand for safer, greener, and more efficient energetic materials intensifies, EML is leading the charge by developing next-generation compounds tailored for advanced propulsion, controlled demolitions, defense operations, and space technologies. Unlike traditional explosive materials that often come with severe environmental and safety concerns, EML focuses on nitrogen-rich, thermally stable, and mechanically insensitive molecules that not only deliver high performance but also significantly reduce ecological footprint and handling risks. Our work addresses pressing global challenges—ranging from replacing toxic oxidizers like ammonium perchlorate to designing stealth-compatible pyrotechnics and agent-defeat weapons—through a multidisciplinary approach that combines synthetic chemistry, advanced characterization, computational modeling, and real-world testing. With a dedicated team of researchers, world-class facilities, and a strong vision for sustainable energetics, EML continues to set benchmarks in high-energy materials research while nurturing the next generation of scientific leaders.
Independent Career Publications
52
Patent Granted
4
Publications from Ph.D and Postdoc
22
Awards & Recognitions
4
Team Leader
Dr. Srinivas Dharavath
Associate Professor
Our research group design and synthesize various nitrogen-rich azoles, fused and strained rings containing small molecules which are highly dense, thermally stable, and insensitive towards mechanical stimuli for 'Green' and 'Environmentally friendly' high energy materials (HEM) applications. So far, we have synthesized various poly-nitrogen containing small energetic molecules and salts from commercially available cheap starting materials as HEMs in a simple and straightforward manner. Few synthesized molecules are a better replacement for the existing benchmark energetic materials that meet the requirements of present and future civil, defense, and space applications.

A Mission Rooted in Sustainability and Safety
High-energy density materials (HEDMs) have long fueled both innovation and industry, from satellite launch systems to life-saving demolition applications. At EML, we are reimagining these materials for a cleaner, safer tomorrow

Eco-Friendly Energetic Compounds
Designed to deliver high performance with minimal environmental impact, our compounds are a safer alternative to traditional explosives.

Safe Clean Combustion Oxidizers
We engineer oxidizers that do not eliminate harmful byproducts, making energetic formulations cleaner and more sustainable.

Exploring Next-Gen Energetic Co-Crystals
We develop energetic co-crystals with enhanced stability, energy, and safety for defense and space applications.

MOFs, COFs,
Co-crystal, EILs
Built for safety and power, these materials resist mechanical stimuli while maintaining superior energy output.

What We Do
At the Energetic Materials Laboratory, we combine cutting-edge synthetic chemistry with purpose-driven innovation to engineer the future of high-energy materials. Our work spans the full spectrum of energetic compound design from environmentally friendly oxidizers to specialized materials for defense and space. Every molecule we create is a step toward a safer, cleaner, and more advanced world.
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Develop novel high-energy-density materials for defense and aerospace
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Synthesize green oxidizers to replace toxic legacy compounds
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Engineer energetic polymers, salts, co-crystals, and ionic liquids
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Explore the intersection of energetic materials and medicinal chemistry
Our work is driven by curiosity, precision, and collaboration pushing the boundaries of synthetic chemistry for real-world impact.


State-of-the-Art Lab Facilities
We are equipped with world-class instruments to enable cutting-edge research:
🧪 Ultrapyc 5000 gas pycnometer for density measurements
⚙️ BAM Fall Hammer & BAM Friction Tester for safety evaluation
🧠 EXPLO5 Thermochemical Code for detonation performance
🔬 FT-IR, DSC, TGA, Elemental Analyzer, Bomb Calorimetry and more
Opportunities to Join
We’re always looking for passionate researchers who want to make an impact.
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Ph.D. aspirants in Organic/Energetic Chemistry (via IITK Admissions)
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Postdoctoral collaborators with synthetic chemistry expertise
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Funding opportunities via CSIR, DST, SERB, and international partnerships