Pushing the boundaries of nanoengineered materials for sustainable energy, green hydrogen, precision agriculture, and environmental remediation.
Four interconnected research areas driving innovation in nanotechnology for sustainable solutions.
Converting sunlight into electricity using nanostructured photoelectrodes for sustainable energy generation.
EnergySustainable hydrogen via photoelectrochemical water splitting for the future clean energy economy.
HydrogenNanomaterial-based sensors for smart farming, enabling data-driven agriculture and crop monitoring.
AgriculturePhotocatalytic nanoparticles for pollutant degradation in water and air purification.
EnvironmentLatest updates from the Sustainable Nanoengineering Lab
PhD student Kokilavani S was recognized with the prestigious DRES Award for outstanding research contributions in sustainable nanotechnology.
Dr. Selopal receives NSERC Discovery Grant supporting SNL's research in sustainable nanotechnology and clean energy.
SNL's latest work on heavy-metal-free colloidal quantum dots featured in Advanced Materials.
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Sustainable Nanoengineering Lab · Dalhousie University
Dedicated researchers and innovators advancing sustainable nanotechnology.
Expert in the nanoengineering of multifunctional quantum materials for clean energy and sustainable agriculture. Licensed P.Eng. and Adjunct Professor at INRS-EMT and UPEI.
McCain Fellowship Scholar advancing nanofertilizers, luminescent solar concentrators, and BIPV applications.
FGS Harmonized Scholarship recipient researching triboelectric nanogenerators and 2D nanomaterials.
Dr. Selopal teaches undergraduate physics and engineering at Dalhousie University, Faculty of Agriculture.
We're recruiting graduate students, undergrads, and industry collaborators to push the boundaries of sustainable nanotechnology.