Rebirth: Super Banking System
Chapter 1626 - 1458: The Irrepressible Stock Price (Please Subscribe!)

Chapter 1626: Chapter 1458: The Irrepressible Stock Price (Please Subscribe!)

Qingyan City.

Manor.

Tang Kai was momentarily stunned.

Is this the new product from Myanmar Environmental Technology Company?

Absolutely shocking.

Turning deserts into oases solves so many problems, starting with creating a habitable environment. Many desert cities don’t really lack water, but water alone can’t change the sandy soil of a desert.

Furthermore.

It can’t increase arable land.

Now.

If ’Oasis’ can truly deliver results, this situation will undergo a complete transformation. From now on, deserts will no longer be a burden—as long as you’re willing to spend money, it’ll become grassland.

Interestingly enough.

Countries with a lot of deserts often tend to be wealthier.

Take Saudi, Algeria, and those countries in the Middle East, for example.

They’re rich in oil.

And loaded with cash.

If they want sprawling mountain forests and oases, those countries are bound to eagerly embrace this. Turning back to Huaxia, if desert and Gobi land issues can be solved, the arable land area will expand significantly, opening up countless opportunities.

Reclaiming the Gobi.

Planting trees in deserts.

Creating a habitable environment to drive economic development in western and regional areas carries enormous significance.

As for that 8% profit margin?

Take it with a grain of salt.

No one can question or verify it, since the production company states the figure—it is what it is. But even if it’s just 8%, they could rake in over ten billion dollars in cash annually.

...

United States.

Wall Street.

The financial investment company that hedged their bets earlier.

"It increased by another 5%."

"Brilliant move by the manager."

"The stock price of Myanmar Medicine Group is nearing stagnation, with slight downward signs, though most of the sell-offs are by retail investors. Major institutions are boosting investments in Myanmar’s stocks. Conservatively estimated, before market opens tomorrow, it won’t be less than $10 billion."

"Great timing on the additions; the more, the stronger our position."

"Exactly. At the current price, it’s already risen 15% above our average buying price. Now it’s up to 16%, meaning we’ve already secured significant profits."

After calculations.

They’re expected to rake in $50 million today.

Just thinking about it makes them happy.

The company atmosphere was full of excitement.

The manager’s face also revealed a victorious smile.

They bet correctly.

The emergence of ’Oasis’ is equivalent to opening a trillion-dollar monopoly market. Considering Myanmar Environmental Technology Company’s track record, others won’t dream of grabbing a slice of their pie.

100,000 square kilometers.

That alone could propel the company into the top ten of the Fortune Global 500. Along with its other products, it might even challenge the top three.

And that’s just this year.

What if next year the coverage expands to 200,000 square kilometers?

’Oasis’ alone could push this company past Walmart, securing the number one spot on the Fortune Global 500. It’s a terrifying thought—without competitors, this outcome seems locked in.

Fearsome.

To think such a company...

Would emerge from Myanmar—a place whose GDP was less than $10 billion just four years ago.

The miraculous East.

Aside from Huaxia.

Now there’s also Myanmar.

"I’ll apply immediately and transfer another $200 million," the manager resolutely decided to add more investment. Next month, accounts in Huaxia will also be able to buy Myanmar stocks—with the scale of Huaxia’s stock investors...

Tsk tsk.

Definitely squeezing out another tidy profit.

"Manager, how about applying for a bit more, say $300 million?"

"...Makes sense."

While they spoke.

The stock price continued to rise.

Everyone knew this was just the beginning! Soon, when news spreads, the stock price could become uncontrollable.

...

Xin’an City.

Journalists and scientists arrived at a factory.

"What a huge experimental plant."

"The air is a lot drier too."

"Must be around 40 degrees."

"Is that the test field? What are those devices around it? Look pretty advanced."

Upon entering, they finally understood the significance of the small caps and water handed out at the entrance. The lamps above the factory emitted scorching heat, just as glaring as standing under the sun in the Gobi.

After a few breaths.

Even their throats felt dry.

They got it.

This setup ensured the experimental data was close to real-world conditions.

At this moment.

They saw a massive rectangular desert area—about two acres—divided into four sections. Near the entrance was an area covered by blue solution, followed by grass, then drought-resistant plants.

The last section featured crops.

Soybeans.

Vegetables.

Fruits.

...

More than ten varieties.

Shen Yu walked onto a long bridge spanning the experimental zone, nearly 20 meters in length.

Standing in the middle.

The bridge started moving back slowly.

The others noticed and walked along both sides of the rectangular experimental zone, setting up their cameras, broadcasting live to a global audience. As time passed, more and more people tuned in.

On the bridge.

Shen Yu began speaking.

"As you can see, the first section sprayed with diluted ’Oasis’ solution contains biological gel with adhesive quality, preventing sand from being blown away. It has low volatility."

"Can we touch it?"

"Sure."

Academician Ma extended his hand and touched it. The solution’s stickiness wasn’t as strong as expected, but it was sufficient to keep sand in place. He sniffed it—it gave off a pleasant fragrance, not unpleasant.

Wait.

Something familiar.

In an instant.

He remembered.

Certain microorganisms release unique odors during growth. Not minding the dirt, he plunged his hand deep into the soil—about ten centimeters—before hitting dry sand.

"Only transform within ten centimeters depth?" Academician Ma asked first.

Shen Yu shook his head.

"Not at all. What you see is sand treated with three sprays. As the number of sprays increases and irrigation is added, the solution slowly penetrates deeper. Under the three-year standard, it can permeate nearly two meters."

"This depth is sufficient to ensure significant improvement of most sandy soil. Over time, even without the solution, the soil will gradually gain adhesive quality."

Academician Ma nodded.

The top layer becomes clay.

Moisture doesn’t evaporate.

Seeping continuously downward.

Eventually, it will naturally improve the lower soil.

"The most critical factor here isn’t the nutrient solution or microorganisms, right?" An American scientist asked.

"Correct," Shen Yu replied.

"So what is?"

The others turned to Shen Yu.

Then.

Shen Yu gave them a startling answer.

"Transcription Fluid."

"What?"

Everyone gasped.

Using Transcription Fluid—the substance that’s worth its weight in gold—for this purpose? Has the cost of Transcription Fluid been significantly reduced to make it affordable for soil application?

"Without Transcription Fluid, many microbial colonies are unable to proliferate quickly or adapt," Shen Yu explained.

"What’s the concentration?" Academician Ma jumped in.

"Three parts per million."

The crowd breathed in realization.

Not much, actually.

Many scientists began to understand.

Previously.

They had tested Transcription Fluid.

Experimenting revealed its nearly magical ability to promote the growth and reproduction of microorganisms. But once depleted, conditions reverted to normal.

Now it made sense.

Transcription Fluid is inherently expensive.

Three parts per million.

Far lower than medical treatment concentrations, but combined with nutrient solution, it indeed achieved strong outcomes. Yet, despite understanding the core technology, they couldn’t replicate Transcription Fluid.

Frustrating.

Disheartening.