Riverside Students Win Awards for Wildfire Prevention

The twin brothers secured $20,000 for research into using hydrogels to stop forest fire rekindling.

Updated on Oct. 29, 2026 in Chemistry

Isometric editorial illustration showing a crystalline lattice structure applied to dry, cracked soil, representing chemical wildfire prevention research.
Twin brothers Henry and Jack Grover were awarded $20,000 for their research into applying sodium polyacrylate hydrogel to mitigate wildfire re-ignition. AI Illustration. Upload story photo >

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Riverside 14-year-olds Henry and Jack Grover won a combined $20,000 at the Thermo Fisher Scientific Junior Innovators Challenge. The twin brothers received the awards for their research into using sodium polyacrylate hydrogel to prevent wildfires from re-igniting.

Why it matters

The project addresses a critical challenge in wildfire management by exploring chemical interventions to stop rekindling in dry, fire-prone regions. This research was inspired by the 2025 Palisades Fire in Los Angeles County, highlighting how local environmental events inform student-led chemical engineering.

The study utilized sodium polyacrylate—a superabsorbent polymer capable of retaining high volumes of water—to create a protective barrier. The effectiveness of this hydrogel-based application was tested for its capacity to prevent re-ignition in conditions modeled after the 2025 Palisades Fire.

The players

Henry Grover

A 14-year-old researcher from Riverside and recipient of the Broadcom Coding with Commitment Award.

Jack Grover

A 14-year-old researcher from Riverside and recipient of the DOW STEM Talent Award.

Thermo Fisher Scientific

A life sciences company that provides analytical instruments and sponsored the junior innovation competition.

The details

The brothers developed a specialized sprayer system designed to coat vegetation and fire-scarred soil with a sodium polyacrylate hydrogel. This material acts as a moisture-retaining shield, cooling the substrate and increasing the energy threshold required for a new flame to ignite. The mechanism relies on the hydrogel's internal lattice structure, which captures water molecules and releases them slowly, potentially delaying the return of fire to vulnerable sites.

Timeline

  1. The Palisades Fire occurred in 2025.

  2. The Junior Innovators Challenge took place the week of October 29, 2026.

The Tech Race

This project contributes to the ongoing research race in fire-retardant chemistry, following precedents set by the 2025 Palisades Fire. It competes with existing industry-standard fire suppressants by evaluating the scalability of low-cost, water-retaining polymer applications.

This research provides a new potential protocol for local fire departments to manage fire-scarred areas more effectively. It highlights a shift toward using accessible, off-the-shelf superabsorbent polymers for real-world environmental mitigation.

The takeaway

The Grover brothers' success demonstrates the potential for applying simple, moisture-retaining chemistry to the complex problem of wildfire rekindling. Observers should track future studies that compare the performance of these hydrogels against industrial-grade retardants in controlled burns.

Further reading

Explore more ongoing developments in Chemistry research.

More information

View project details on the Society for Science project information page.

Source note: This article includes information reported by My News LA.

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