Boron is synthesized at kilogram level and a combustor for Nano Boron slurry fuel is being developed using a slinger combustor configuration.
Know MoreFire 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.
Know MorePorous wall configuration of UL-JFL is simulated using Fire Dynamics Simulator software to understand the effect of asymmetry caused by solid North wall.
Know MoreHeat feed back to the liquid pool below the fire through conduction effects is modeled to understand factors contributing to
pool-fire
burn rates.
Koko point is an ethanol dispensing machine used in ethanol stoves project promoted by Koko networks of the UK. Over 2300 devices are installed in various countries of the African subcontinent These devices are manufactured by the Gujarat based company, Epsilon Engineering and they have initiated a consultancy for determination of liquid evaporation rates and pressure build up in these devices when subjected to fires of known intensities |
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 |
---|---|
Biochar Production from Paddy Straw Bales | 2022 |
Combustion studies on biomass geometrical elements of varying densities at different experimental conditions A case study on the low probability extinction of smouldering incense sticks-NRRS |
2022 |
Model to Predict the Mass Burn Rate of Pool Fire |
2021 |
Boron + Hydrocarbon Equilibrium Combustion Calculations (SP273) | 2020 |
Studies on Efficiency of TEG Systems | 2015 |