Page 14 - new final magazine big size september 2025

Sometimes she was the only person there, listen- just a workplace but a canvas for her ideas. She
ing to the quiet hum of machines while writing
notes on worn-out pages. She missed home
cooked food, her family, and the comfort of
India, but she found strength in her curiosity.
Every new experiment felt like a step forward.
Every small discovery felt like her way of saying,
“I belong here.”
When she later moved to Australia, she had
already learned how to adapt, grow, and imag-
ine boldly. Australia was different again, sunny,
open, full of possibilities. Here, Veena found not
The Birth of “Green Steel”
One day, while observing the steel-making process, a
question came to her mind that sounded almost
childish at first:
“Why do we have to burn coal to make steel?”
For decades, industries had done things the
same way. No one questioned it. Coal was
expensive, dirty, and harmful to the planet, but
it was the “rule.” And rules were rarely chal-
lenged.
But Veena was not afraid to ask uncomfortable
questions.
She began experimenting with waste materials,
discarded tyres, plastics, and other items people
threw away without a second thought. She
heated them, broke them apart, studied their
microscopic behaviour, and kept asking “Could
this replace coal?” Could something the world
Facing the E-Waste Crisis
As the years went by, a new kind of waste
began piling up- old phones, dead laptops,
broken chargers, and tangled wires. E-waste
was growing faster than anyone expected. In
many countries, people burn electronics to
extract metals, breathing in toxic smoke and
risking their health. This deeply disturbed
Veena.
She remembered how, in countries like India,
people often worked in difficult conditions to
make a living from waste. Instead of judging or
ignoring them, she wanted to help. She wanted
to bring safe, scientific recycling to communities
12 ubZ mM+ku flrEcj -2025
looked at the piles of waste growing around the
world and felt something shift inside her.
What most people saw rubbish Veena saw as
untapped energy. She saw second chances.
Her experiences across countries helped her
understand one deep truth: materials do not lose
value unless we choose to waste them. This
thought followed her everywhere, in the lab, in
conversations, even on evening walks. Slowly,
the foundation for her future breakthroughs
began to form.
throws away become something the world
needs?
After years of experiments, setbacks, and
moments of doubt, she finally found her
answer.
Yes, it could.
Her discovery was extraordinary. Waste could
replace coal in steelmaking. A dirty process
could become cleaner. Landfill waste could
become a raw material. It was like turning envi-
ronmental problems into solutions.
When Veena revealed her research to the world,
many people were shocked. Some were sceptical.
But as the technology proved itself again,
industries around the world began to take
notice. They realised that this was not just
science, it was the future.
that needed it most. And so, she created
micro-factories. Small, powerful recycling units
that could extract valuable metals like gold,
copper, and rare elements from e-waste without
harming people or the environment. These
were not giant industrial plants. They were
compact, affordable, and accessible, designed
for real people, real communities.
Her micro-factories turned something dangerous
into something beautiful. They turned trash
into technology. They turned environmental
harm into economic opportunity.