Senior Consultant for Oil & Gas Exploration/ Development Activities.

The Dutch model of the running train by wind power should be replicated around the globe for all inclusive sustainable growth of the global economy. The Indian robust railway system can also replicate this by monetization of huge wind energy potential.

Since 2017, every electric train running across Netherlands has been powered 100% by wind energy, making the national rail system one of the cleanest in the world.

The electricity is generated from wind farms located both onshore and offshore, supplying enough renewable power to move over 600,000 passengers daily. No diesel backup is required for electric routes.

This transition significantly reduced carbon emissions while maintaining punctuality and reliability across the rail network.

The Dutch model proves that large-scale public transport can run fully on renewables without sacrificing performance.

With British Geological Survey – I'm on a streak! I've been a top fan for 9 months in a row. 🎉

Mubadala is investing heavily in Wind farm, an excellent initiative indeed for all inclusive sustainable growth of the global economy. All energy companies may diversify for all renewable energy spectrum.

Mubadala invests $325m in world’s biggest offshore wind farm - Splash247 Abu Dhabi state investor Mubadala has announced a $325m investment in Ørsted’s Hornsea 3, which, once completed, will be the world’s single largest offshore wind farm. Mubadala is investing alongside a consortium led by Apollo-managed funds, which includes USS and La Caisse. The investment foll...

End of Life for a North Sea field .

End of life for UK North Sea oilfield Lancaster oilfield was brought on stream in June 2019

All springs of our nation need to be properly preserved, protected and maintained with utmost care for greening the earth for future generations. C.G. W. B can act as a protector of all springs of our nation with the help of corporate operating in the surrounding areas through their C.S.R. funds.

How Natural Springs Keep Our World Green.

A spring is more than just a hole in the ground where water comes out; it’s the end of a long, complex engineering process that starts miles away in the mountains or forests.

Why it Matters:

Clean by Nature: As water travels underground, the earth acts as a massive, high-performance filter.

Constant Supply: Because aquifers store so much water, springs can provide a steady flow of water to animals and people, regardless of the weather.

Sustainable Protection: By protecting the "Recharge Zones" where water enters the ground, we can safeguard our water supplies for generations.

Smart engineering means protecting the systems we can't see just as much as the ones we can.

An inspiring spark from an enlightened person can change the whole knowledge acquisition path of a boy which in turn changed the human society.

In a cramped, dusty corner of a primary school library, a young boy stumbled upon a book that would eventually change the trajectory of modern civilization. It was not a grand tome of engineering or a complex mathematical treatise. It was a simple, nineteenth-century lecture by Michael Faraday called The Chemical History of a Candle. To anyone else, it was a dry relic. To young Akira Yoshino, it was a revelation that turned the flickering flame of a wax candle into a doorway to the infinite possibilities of the atomic world.

For years, Yoshino did not dream of laboratories or patents. He was fascinated by the earth and the secrets buried beneath it, longing to become an archaeologist. He wanted to unearth the past, but fate had designed him to build the future. That early obsession with Faraday’s candle never truly left him. It planted a seed of curiosity about how energy is stored, managed, and transformed. This curiosity eventually led him away from the dirt of archaeological digs and into the clean rooms of high-tech chemistry.

By the early 1980s, the world was on the brink of a digital revolution, but it was tethered to the wall. Early portable electronics were clunky and hindered by batteries that were heavy, leaked, or simply lacked the punch to last. Energy was the bottleneck of human progress. While rivals looked for incremental changes, Yoshino looked for a breakthrough. He was hunting for a way to create a lightweight, rechargeable power source that was safe enough for the palm of a hand but powerful enough to run a computer.

The struggle was grueling and filled with setbacks. In 1985, Yoshino finally pioneered the first commercially viable lithium-ion battery. He didn't just invent a battery; he unlocked a new era of human mobility. From the smartphone in your pocket to the electric vehicles silently gliding down our streets, his work provides the invisible heartbeat of our connected world. It is a staggering legacy that began with a curious boy and a Victorian book about a single, tiny candle flame. In 2019, the world finally paid its ultimate debt of gratitude when he was awarded the Nobel Prize in Chemistry.

Image Credit to 文部科学省ホームページ (Restored & Colorized)

With British Geological Survey – I'm on a streak! I've been a top fan for 8 months in a row. 🎉

Rejuvenated exploration efforts in deep & ultra deep waters along both coastal areas as well as around Andaman and frontier basins around onland basins of India to explore deeper difficult oil & gas in a break neck speed can make India self reliant in energy. O.V. L should jointly explore & exploit from the established global energy hot spot. All unconventional reservoirs should be properly explored with new technology adoption and new concepts with collaboration & cooperation with other global energy companies. All renewable energy sources should be properly analysed for adding in an integrated energy basket. Critical minerals exploration within our nation as well as around the globe along with other companies should be done at a break neck speed. Natural Hydrogen exploration as well as energy from waste should also be given maximum importance.

With British Geological Survey – I'm on a streak! I've been a top fan for 7 months in a row. 🎉

Oil & Gas exploration efforts are an integrated knowledge game and always move down wards to explore deeper reservoirs in older geological set up masked by the superposed basin over it. Gradually unmasking the different phases of a polyphase basin is a very crucial challenging game to monetize huge locked up resources in deeper reservoirs. Even seismic data acquisition needs to be focused towards deeper reservoirs & processing needs to be done properly with proper velocity analysis to get the true picture of the deeper untapped resources. In India most of the discovered basins should be properly scrutinized for the deeper level resources.