Who is EAI ?

  The WHY Session on waste management was a remarkable insight into the innovative approaches being taken in the industry. The session commenced with a brief introduction from the moderator, Sankaranarayanan from Srinivasa Waste Management, setting the context from an industry standpoint. Following this, Vishal Katariya & Kavya Agarwal provided...

  Electric vehicles (EVs) are gaining momentum as a promising solution for low-carbon mobility. A discussion on the future of low-carbon mobility solutions, moderated by Satya Seshadri, offered fascinating insights from both startups and investors.  The panel participants were: Satya Seshadri – Energy Labs Alok Chauhan – Micelio Mobility Vinod...

  The transition to sustainable energy sources is one of the most crucial challenges of our time. As the world moves towards decarbonization, energy storage is emerging as a pivotal technology. Recently, a panel discussion shed light on the challenges and opportunities in energy storage, particularly in the context of...

  ????? ??????? ???? ??? ?????????? I had an intern (Nikita A ) experiment with this idea: Take a useful data point from a recent news item around India’s decarbonization and Net Zero journey (Eg: ????????? ????? ???????? 167 ?? ?????-???? ?????? ????? ?? ????? ?????’? ????? ???? ?????), set an...

  (All my decarbonization posts here – ??? ???? ?? ????? – https://lnkd.in/g84YZXWt ) In an earlier post ( https://lnkd.in/g6UtxXHG ), we saw how hydrogen has an absorbing story in its energy density. It’s really a tale of two densities – very high gravimetric density, and extremely low volumetric density. What are the implications...

  What if I told you that you share an intimate bond with ammonia? “Seriously, Narsi!” The nitrogen in your body’s protein likely came from ammonia, as it is one of the main forms in which fertilizers feed nitrogen to plants (the other two being nitrates and urea). Not surprisingly...

  Last year, when my team was researching all sorts of innovations along the entire green hydrogen value chain for some of our consulting clients, the one cool idea that stayed in my mind was this: ??? ?2 ??????? – ???????????? ????? ???????? ??????? ????????! Lest you think this is...

  The world annually produces about 100 million tons of (conventional, grey) hydrogen, used mainly in fertilizer production and oil refining. About 2 billion tons of steel are produced annually around the world. The global steel industry is one of the largest CO2 emitting sectors (about 10% of all CO2...

  In most cases, green hydrogen is spoken of in conjunction with electrolysis of water. In fact, definitions of GH2 even by some fairly authoritative sources run as follows: “green hydrogen is hydrogen produced by splitting of water by electrolysis powered by green electricity.” But is green hydrogen only about...

Source of quote The above details have been derived from the company’s website, and have been organized to provide both inputs and context.  Should you have any comments or wish to point out any edits, please send a note to narsi@eai.in and we will do the needful. Thanks – Narasimhan,...