The 6% Solution: A Manufacturing Breakthrough Aims to Remake Agriculture

LAS VEGAS, NV – August 11, 2026 – In a world grappling with resource scarcity and the immense capital costs of industrial development, a materials science company today unveiled what it describes as a fundamental shift in manufacturing economics. Green Evolution Technologies (GET) announced the commercial expansion of its InteliGel™ hydrogel, but the real story lies not in the gel itself, but in the revolutionary process used to create it. The company claims its patented platform can deliver the same industrial output as a conventional facility for a mere 6% of the capital cost, a breakthrough with implications reaching far beyond the agricultural fields where it will first be deployed.

This isn't just another product launch; it's a strategic reimagining of industrial scale. For decades, the high cost of building advanced chemical and materials plants has been a primary barrier to innovation. GET asserts it has broken that barrier, developing a model that could redefine resource infrastructure and investment returns for a generation.

A Manufacturing Revolution, Decades in the Making

At the heart of GET’s announcement is a staggering claim of capital efficiency. The company states that a facility built with its technology for just $40 million can produce 30,000 tons of advanced hydrogel annually. A conventional plant with the same output would demand an investment of $300 million or more. This represents a 7.5-fold advantage, a figure that turns heads in any industrial sector. The foundation for this leap is not a sudden discovery, but the culmination of over 55 years of family-led research and development.

"We built a manufacturing platform designed to make advanced hydrogel technology economically viable at industrial scale for the very first time," said Argina Mardiyan, co-CEO and co-founder of GET. "Our focus today is on helping agriculture become more resilient by making this technology commercially scalable."

This isn't theoretical. Since 2024, the company has operated a pilot facility in Fresno, California, which was built and commissioned for less than $1 million. This small-scale plant has been supplying commercial field trials and, more importantly, has validated the capital-light approach. Research indicates the company's innovation involves repurposing equipment originally designed for laboratory sapphire production, which allows for precise heating of hydrogel compounds without the need for additional binding agents. This results in an ultra-pure product and a dramatically simplified, less expensive process.

"Our process is built on more than five decades of research and is protected by patented technology," stated Zarzand Alaverdyan, co-CEO and co-founder. "The scientific foundation for our unique, cost-effective manufacturing cannot be replicated by anyone in the current market, allowing a scale and effectiveness that differentiates InteliGel™."

From Lab to Field: Cultivating a New Agricultural Reality

While the manufacturing process is the engine, InteliGel™ is the vehicle for change. Described as a physicochemical hydrogel, it acts as a microscopic reservoir in the soil, absorbing and storing water and nutrients, then releasing them to plant roots as needed. The performance claims are remarkable: absorbing up to 3,000 times its weight in water, reducing irrigation needs by up to 70%, and cutting fertilizer use by up to 65%. For farmers, the promised result is a significant increase in crop yields—anywhere from 35% to 75%—while lowering input costs.

These claims are supported by a growing body of third-party validation. The Precision Technology Institute (PTI), a highly respected agricultural research farm, ranked InteliGel™ among its top ten reviewed products in 2024, a position that improved to the top five in 2025. Further trials at South Dakota State University, North Dakota State University, and Fresno State have reportedly demonstrated significant yield lifts and profit-per-acre gains, even with reduced fertilizer application. This focus on independent verification is crucial for building trust in an industry where results in the field are the only currency that matters.

Beyond the economics, the technology addresses a critical need for environmental sustainability. By producing an ultra-pure hydrogel without the toxic residuals found in some conventional, petrochemical-based alternatives, GET offers a solution that is non-toxic, biocompatible, and biodegradable. This helps prevent fertilizer and nitrogen from leaching into groundwater, reduces soil erosion, and, according to the company, increases carbon sequestration in the soil—a suite of benefits that directly improves the long-term health of farmland.

The Economics of Disruption: Scrutinizing the Numbers

Perhaps the most compelling evidence of GET's potential is its commercial traction. The company has secured over $15 million in signed pre-orders with zero marketing spend. This powerful signal of organic demand suggests that those who have tested the product—growers, distributors, and agricultural operators—are convinced of its value, with many becoming investors themselves.

This early success underpins an ambitious financial outlook. GET projects that each full-scale production site will generate over $300 million in annual revenue. With a planned network of approximately 20 U.S.-based facilities, the company projects a future of $6 billion in revenue. However, a closer look at investor-facing materials reveals some variance in profitability projections. While the press release projects $190 million in EBITDA per site (for a total of $3.8 billion across the network), other documents suggest a more conservative figure of around $95 million per site. An analyst familiar with industrial startups noted, "Such discrepancies are not unusual as companies refine their models, but they underscore the need for rigorous due diligence on the underlying assumptions driving these forecasts."

GET is raising capital under a Reg D 506(c) offering, limiting investment to accredited investors and keeping detailed financials private. This path, while common for high-growth companies, places the onus on potential partners to verify the bold projections that underpin the company's multi-billion-dollar vision.

Navigating the Path to Market Adoption

The widespread use of hydrogels in agriculture has long been hindered by two main factors: prohibitive cost and environmental concerns. GET’s strategy directly confronts both. By collapsing the capital cost of production, the company can offer InteliGel™ at a price point ($50-$150 per acre) that is an order of magnitude lower than traditional hydrogels, which can run into the thousands. Its non-toxic, biodegradable profile simultaneously resolves the ecological objections.

By changing the fundamental economics of this technology, GET is not merely competing in the agricultural inputs market; it is attempting to create a new category within it. The next step in this journey will be a public demonstration of its capabilities. On August 18-19, GET and the Precision Technology Institute will host a two-day field event in Pontiac, Illinois, offering growers and researchers a chance to review multi-year trial results and see the technology in action. For a company built on five decades of quiet research, this public unveiling will be a critical test of its plan to revolutionize resource infrastructure from the ground up.