Chemical Laboratory
The Chemical Laboratory supports research in material science, energy applications, and environmental studies by conducting chemical composition analysis, reaction studies, and sample preparation for further characterization.
Material Characterization Laboratory
This lab specializes in analyzing the physical, mechanical, and structural properties of materials. It is equipped with advanced microscopy and spectroscopy techniques to assess material integrity, composition, and performance in various applications.
The lab is also equipped with Laser Induced Breakdown Spectroscopy (LIBS) and RAMAN spectroscopy enabling rapid, non-destructive elemental analysis by using laser pulses to break down materials and identify their composition. This capability is crucial for material research, quality control, and environmental monitoring.
Thermal Characterization
The Thermal Characterization Laboratory focuses on analyzing the thermal properties of materials. Thermal characterization techniques help evaluate heat capacity, thermal conductivity, phase transitions, and stability, which are essential for applications in energy storage, electronics, and advanced materials.
Emission Performance Laboratory
This lab evaluates the environmental impact of various processes by analyzing gas emissions and particulate matter. It supports research on emissions control, sustainability, and regulatory compliance, including mercury emissions.
Thermal Processing Laboratory
The Thermal Processing Laboratory is dedicated to material processing techniques and high-temperature treatments. It enables the development of advanced materials with tailored thermal and mechanical properties for industrial and scientific applications.
Critical Materials Laboratory
This lab focuses on the study and development of rare and essential materials used in energy, electronics, and high-tech applications. It aims to enhance material efficiency, discover alternatives, and improve recycling processes to address supply chain challenges.
Energy Storage Laboratory
The Energy Storage Laboratory is designed for the development and testing of next-generation energy storage solutions, including thermal-to-thermal, electricity-to-thermal, and AC-to-AC batteries. Research in this lab contributes to improving energy density, efficiency, and sustainability in energy storage technologies.
Direct Air Capture Laboratory
This facility supports research in single source and direct air capture (DAC) of CO₂. It is crucial for advancements in carbon capture, climate mitigation strategies, and energy efficiency in industrial and environmental applications.