For the last couple of years, photovoltaics (PV) has been the preferred choice of technology for harnessing solar energy against Concentrated Solar Power (CSP).
A thermo-economic evaluation of a steam Rankine cycle and an ORC for similar operation conditions and power outputs suggests the promise of organic working fluids for high temperature ORCs.
The Center for Study of Science, Technology and Policy (CSTEP)—a Bengaluru-based think tank—has published the Climate Atlas of India: District-Level Analysis of Historical and Projected Climate Change Scenarios.
The Center for Study of Science, Technology and Policy (CSTEP)—a Bengaluru-based think tank—published a study on the climate of northern India titled ‘District-Level Changes in Climate: Historical Climate and Climate Change Projections for the Northern States of India’.
A study by the Center for Study of Science, Technology and Policy (CSTEP)—a Bangalore-based think tank—on the climate of eastern India underscores the need for climate risk mapping and climate action.
March 2023 was the second-warmest March for the world in the last 174 years, says the March 2023 Global Climate Report by the US National Oceanic and Atmospheric Administration (NOAA).
Sea level rise (SLR) has been recognised as the most serious global threat.
The annual consumption of petroleum products in India was about 221 million metric tons in 2015.
Two analytical formulations that describe the fluid interactions of slag with the porous refractory linings of gasification reactors have been derived.
In the current study, using first-principles simulations, we present a case for a novel composition: Na10GeP2S12 (NGPS), for application in room-temperature Na-S batteries.
Two analytical formulations that describe the fluid interactions of slag with the porous refractory linings of gasification reactors have been derived.
Using first-principles simulations, we predict a high-performance solid electrolyte with composition Na10GeP2S12 for use in sodium–sulfur (Na–S) batteries.
The temperature in the Indian subcontinent is set to increase 4 degree Celsius or more by the turn of the century, with frequent heatwaves persisting over longer durations.
The rise in temperature, high rainfall variability, and increased frequency of extreme events in recent decades are all evidence of climate change.
Climate change increases strain on agriculture systems through changes in the magnitude, distribution, and timing of rainfall; rise in temperature; and an increase in the frequency of extreme weather events.
