Explore our contributions to industrial heating and drying science — from peer-reviewed publications and patents to real-world case studies and collaborative innovations.
Peer-reviewed papers and journal articles authored by KRDC researchers in the fields of thermal processing, drying technology, and material science.
Authors: Dr. R. Kumar, S. Patel, A. Mehta
International Journal of Drying Technology, Vol. 42, 2025
Authors: Dr. A. Mehta, V. Desai
Proceedings of ICDT 2024 — International Conference on Drying Technology
Authors: S. Patel, Dr. R. Kumar
Renewable Energy Research Letters, Vol. 18, 2024
Authors: Dr. R. Kumar, Dr. A. Mehta, S. Patel
Journal of Thermal Engineering, Vol. 31, 2024
Real-world project examples showcasing how KRDC research and technologies solved complex industrial heating and drying challenges.
Redesigned the drying process for a major spice exporter, integrating heat recovery and optimized airflow, resulting in 40% energy savings and 25% throughput increase.
Conducted IQ/OQ/PQ validation for a GMP-grade vacuum tray dryer installation at a leading pharmaceutical manufacturer for heat-sensitive API processing.
Developed and tested a pilot-scale torrefaction system converting agricultural waste into high-energy-density solid fuel with 35% carbon yield.
Redesigned the IR curing section of a powder coating line, achieving 30% faster cure times and uniform finish quality across complex part geometries.
Intellectual property developed through KRDC's ongoing research programs in industrial drying and heating technologies.
We are currently organizing and documenting our intellectual property portfolio. Patent details, registration numbers, and status updates will be published here shortly.
In-depth technical reports and industry analyses authored by KRDC researchers, available for download.
A comprehensive analysis of heat pump drying technology adoption trends, energy savings potential, and ROI models for industrial implementation.
Technical guide covering moisture migration, structural changes, and quality preservation strategies for vacuum drying of sensitive materials.
Step-by-step methodology for conducting energy audits in drying facilities, identifying losses, and implementing efficiency improvements.
Academic, industrial, and government research partnerships that amplify our impact and drive innovation.
Collaborative research programs with IITs, NITs, and universities on drying technology, energy systems, and material science. Joint supervision of M.Tech and PhD research projects.
Joint development projects with leading manufacturers in food, pharma, and chemical sectors — co-developing customized drying solutions for specific industrial challenges.
Member of global drying technology research networks and consortiums, participating in knowledge exchange, joint publications, and technology benchmarking.
Participation in DSIR, DST, and MSME-funded research programs focused on energy-efficient technologies and sustainable manufacturing processes.
Visual showcase of our key innovations, prototypes, and breakthrough developments in industrial heating and drying technology.
Adaptive wavelength selection for material-specific drying
Renewable energy integrated drying system
IoT-enabled vacuum drying with real-time monitoring
Partner with KRDC on joint research projects, publications, or technology development initiatives.