The Breakthrough Hydrogel Solving the $500B Global Ag Water Crisis — And You Can Invest Before Wall Street

A team of world-class scientists has created a biodegradable polymer that absorbs up to 3,000× its weight in water, dramatically cuts irrigation water use, slashes fertilizer use by up to 65%, and could generate up to $300M per facility. The offering is now available to accredited investors through Regulation D.

Projected Single-Facility Revenue

Up to $300M/yr

20-Facility U.S. Expansion Planned

The $500B Global Ag Water Crisis

The world is running out of water. Not in some distant, theoretical future — right now. 70% of global freshwater goes to farming. Half is wasted through inefficient irrigation and evaporation. Drought persists in the majority of U.S. farmland today. Meanwhile, 24 billion tons of fertile soil are lost every year. Global food demand is set to increase 60% by 2050, but the water and soil to grow it are disappearing.

Governments and corporations have spent trillions searching for solutions. Most of them address the symptoms. One company may have found the cure.

Green Evolution Technologies (GET) has developed InteliGel™ — a patented biodegradable hydrogel that absorbs up to 3,000 times its weight in water, slowly releasing it back to plant roots over weeks. The result is a substantial reduction in irrigation water use, while simultaneously retaining nutrients in the soil and substantially reducing inputs like expensive irrigation water and even fertilizer requirements by up to 65%. Third-party trials have measured crop yield increases of 5% to 85% across multiple crop types with InteliGel™, nano silver, and mineral products.

The company is now offering shares to accredited investors through a Regulation D offering — before institutional capital takes notice.

A $80 Billion Market With Technology Decades Beyond Everyone Else

The global hydrogel market is projected to reach $80 billion by 2035. But most existing hydrogels are synthetic, petroleum-based products that break down into microplastics and contaminate the very soil they're supposed to protect.

InteliGel™ is different. It's manufactured using a patented process called the Hydrogel Development Process (HDP) — a breakthrough that allows rapid, low-cost production of a fully biodegradable, biocompatible, non-toxic polymer. The rest of the world's hydrogels only absorb an average of 300× their weight. InteliGel™ absorbs up to 3,000× its weight in water and liquids. That's 10 to 60× more than any other competitor in the world.

All Claims Validated by Third-Party Testing — and Ready to Scale

This isn't a lab experiment. The technology is protected by domestic and international patents and has been validated through testing with agricultural industry heavyweights like Precision Planting, major agricultural universities, and third-party trials conducted by GET's farmer/investor group.

Plus a substantial reduction in irrigation water use across every crop tested.

Validated by Precision Planting 2024 and 2025 PTI Trials, South Dakota State University, Fresno State’s WET Center, Godsey Precision Ag, Indian Head Farms, Apache Ag — and Counting

One of the strongest signals in agricultural technology is university and real-world validation. It's one thing to make claims in a pitch deck. It's another to have your technology evaluated and confirmed by the institutions that set the standard for agricultural science and agronomy.

InteliGel™ has been validated through multiple years of research collaborations on commodity crops with 8 university and industry R&D partners — and new trials are now underway with Cornell University, Fresno State, UC Riverside, and Nebraska, four of the top agricultural research programs in the world. These aren't endorsements on a logo bar. They're active scientific collaborations examining InteliGel™'s impact on water retention, soil health, crop yield, and environmental safety — with new studies now running across indoor controlled-environment agriculture, golf courses, and tree farming. Fresno State awarded GET a $75K research grant in May 2025.

Independent Field Trial Results — By the Numbers

Across multiple growing seasons, soil types, and geographies, third-party trials have measured crop yield increases ranging from 5% to 85%, depending on crop, climate, and application rate. The PTI Illinois data set is the cleanest year-over-year independent benchmark — and it remained positive and profitable in both 2024 and 2025. Notably, the 2024 PTI Corn Testing Results showed a 59% Net Profit Increase over the control without InteliGel™.

$15 Million in Purchase Orders — With Zero Spent on Marketing

After Precision Planting published GET's 2024 corn test results from the Precision Technology Institute's farm in Pontiac, IL, the company booked $15 million in purchase orders. That demand arrived organically. GET hasn't spent a single dollar on marketing. Farmers, universities, and industry validators are driving adoption on their own — a signal most AgriTech companies spend years trying to manufacture.

How the Technology Works

The result: dramatically higher crop yields with dramatically lower resource inputs. Third-party trials have measured yield increases of 5% to 85% across multiple crop types. Farmers use substantially less irrigation water, far less fertilizer, and less chemical intervention — while producing more food. There's also a dramatic reduction in runoff, soil erosion, and nitrates leaching into drinking-water rivers and streams.

At $50 per acre, the math is compelling for any crop and any commercial farming operation. But the real scale comes from GET's manufacturing model.

Up to $300 Million Per Facility Economics

Most agricultural startups struggle with unit economics. GET doesn't have that problem. The company's HDP manufacturing process is designed for rapid, cost-efficient production — and the revenue model at scale is staggering.

A single production facility is projected to generate up to $300 million in annual revenue with up to ~$100 million in EBITDA — up to a 33% net margin. And GET's expansion plan calls for 20 full-scale facilities across key U.S. agricultural zones. Critically, GET builds and launches the first half of a production facility for just $18M (full facility at $30M) — where competitors need $300M+. The patented HDP eliminates the need for massive chemical reactors and batch processing, delivering a 10× cost advantage over conventional hydrogel manufacturing facility construction (Capex).

If the company executes its roadmap, the revenue potential at full scale would place GET among the largest agricultural technology companies in the world. The expansion plan calls for 1.5 million square feet of American manufacturing across 20 facilities, addressing a U.S. addressable market of 200 million eligible row-crop acres — with 116,000+ U.S. acres already contracted.

Forward-looking statement: All revenue, EBITDA, margin, capacity, and facility-count figures above are forward-looking projections based on company models and assumptions. They are not guarantees, are subject to substantial risks and uncertainties, and actual results may differ materially. Past performance and pilot-trial results do not predict future financial performance.

World-Class Scientific Leadership

The technology behind GET wasn't invented in a Silicon Valley incubator. It was developed by the originators of Hydrogel Development Process Theory — scientists with 55+ years of Nobel Prize-level R&D, 350+ peer-reviewed publications, 10 years of industrialization, and decades of large-scale industrial polymer science.

GET's lead scientist is the originator of the Hydrogel Development Process (HDP) — the patented manufacturing science that makes GET's performance and cost advantages possible. The team's work has defined the field of polymer chemistry for decades and has been cited in hundreds of peer-reviewed publications worldwide.

The chief polymer scientist on the team has authored over 350 peer-reviewed publications in polymer science and chemistry. Together, they bring a combined research pedigree that most biotech companies would spend billions trying to assemble.

This is not a startup led by MBAs with a PowerPoint. This is a company built on 55+ years of Nobel-level R&D — decades of fundamental scientific research, now being commercialized at industrial scale.

The Agricultural Crisis By the Numbers

Why This Opportunity Stands Out

Why Now?

The macro trends driving agricultural technology investment have never been stronger. Climate change is accelerating water scarcity. Government regulations are tightening around fertilizer runoff and soil contamination. ESG mandates are directing billions toward sustainable agriculture solutions.

And yet, most of the capital flowing into AgriTech has gone to software — data platforms, satellite imagery, and farm management tools. Very few companies are addressing the physical problem of keeping water and nutrients in the soil where crops can use them.

GET sits at the intersection of four of the most powerful investment themes of this decade: water scarcity, sustainable agriculture, artificial intelligence, and advanced materials science. The company's hydrogel isn't just a product — it's infrastructure for the future of food production.

The Regulation D offering is available to accredited investors looking to gain early exposure to a high-growth AgriTech company. But like any offering of this nature, the opportunity to invest at early-stage pricing won't remain open indefinitely. The Company is currently working to close its Pre-Series A Round — its third round of funding — a $1.5M raise at a $100M valuation cap.

The Bottom Line

The biggest returns in investing come from identifying solutions to massive, undeniable problems — before the rest of the market catches up. Water scarcity isn't a debate. Soil degradation isn't a theory. The need to grow 60% more food by 2050 isn't a projection anyone disputes.

Green Evolution Technologies has patented technology that directly addresses all three. The science is validated by world-class universities and industry heavyweights. The economics project up to $300 million in gross revenue per facility. The expansion plan is designed for 20 facilities across the U.S. And the offering is open now to accredited investors.

The question isn't whether the world needs this technology. It's whether you invest while the door is still open.