Boron is synthesized at kilogram level and a combustor for Nano Boron slurry fuel is being developed using a slinger combustor configuration.
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Fire tests of fire fighting foams at smaller scale are cost effective for users wanting to quickly check the effectiveness of
stored foams.
A simple generalized correlation is deduced for all hydrocarbons fuels taking into account effects of pressure and temperature
on the laminar flame
speed.
Used-heptane from fire tests poses disposal challenges. Clean combustion of this fuel with increased burn rate can support our in-house fire door testing.
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Porous wall configuration of UL-JFL is simulated using Fire Dynamics Simulator software to understand the effect of asymmetry caused by solid North wall.
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Heat feed back to the liquid pool below the fire through conduction effects is modeled to understand factors contributing to
pool-fire
burn rates.
| Project Title | Year of Completion |
|---|---|
| Demonstration and Implementation of a new biomass burning device for IISc | 2014 |
| Regulatory Pool fire testing of New Generation Transportation Packages for BARC | 2014 |
| Boron Combustion Studies with Gaseous & Liquid Fuels in Gas Turbine Combustor at Ambient Pressure for GTRE | 2020 |
| Project Title | Year of Completion |
|---|---|
| Studies on Efficiency of TEG Systems | 2015 |
| Boron + Hydrocarbon Equilibrium Combustion Calculations (SP273) | 2020 |
The inauguration of UL Jain Fire Lab has received an excellent media coverage. The local and national publications, online portals have carried a special article about the event.
Jain University continuously works towards providing its scholars a research and development platform.
