FOR IMMEDIATE RELEASE
As Fertilizer Supply and Food Safety Concerns Grow, Lightning Water Advances a Nature-Inspired Agricultural Solution
Plasma-activated water technology could offer growers a new tool for supporting crop production, reducing dependence on certain conventional inputs and addressing microbial risks.
As American growers confront rising input costs, fertilizer supply uncertainty and growing pressure to produce more with fewer resources, Lightning Water is advancing a nature-inspired technology that could help shape a more resilient future for agriculture.
The urgency surrounding fertilizer availability was underscored on June 29, 2026, when President Donald J. Trump declared a national emergency concerning threats to the fertilizer supplies needed to meet expected U.S. agricultural demand.
“Fertilizers are an essential component of agriculture and food production,” President Trump stated in the proclamation, which cited recent global supply-chain disruptions, rapid price increases and procurement challenges facing American agriculture.
The declaration highlights a larger challenge confronting growers: modern food production remains heavily dependent on agricultural inputs that can be affected by international conflicts, trade actions, transportation disruptions and concentrated global supply chains.
Lightning Water believes part of the long-term solution may be found in one of nature’s oldest processes.
The company developed an agricultural technology based on plasma-activated water, a process inspired by what occurs naturally during a lightning storm. Lightning has played a role in Earth’s nitrogen cycle for millions of years by helping convert atmospheric nitrogen into forms that can enter soil and biological systems.
Lightning Water is testing how a controlled version of this process produces water with properties that support healthier growing environments and more efficient crop production.
“Our vision is simple,” said John Russo, Co-Founder of Lightning Water. “Nature has spent millions of years perfecting its systems. Rather than working against them, we are looking at how we can learn from those systems and apply that knowledge to some of agriculture’s most difficult challenges.”
The company’s technology is not positioned as an immediate replacement for every conventional fertilizer application. Instead, Lightning Water is evaluating how plasma-activated water may complement existing growing programs, reduce dependence on certain traditional inputs and provide growers with additional tools for improving agricultural efficiency.
Lightning Water is also investigating the technology’s potential role in food safety and microbial management. Plasma-activated water contains reactive oxygen and nitrogen species that are being studied for their ability to damage or inactivate unwanted microorganisms without relying solely on conventional chemical treatments.
Published research involving plasma-activated water and related plasma-based water-treatment systems has demonstrated activity against several significant foodborne pathogens, including Listeria monocytogenes, Escherichia coli, Salmonella species and Campylobacter species. Additional studies have shown the technology’s potential to inhibit certain molds and fungi and to control unwanted algae under defined treatment conditions.
These findings suggest possible applications throughout crop production, irrigation and process-water management, produce washing, equipment sanitation and post-harvest handling. Lightning Water is evaluating how its specific technology can be optimized and validated for these applications under real-world agricultural conditions.
That potential is particularly relevant as the agricultural industry responds to recurring produce recalls and foodborne illness outbreaks, including the ongoing multistate investigation involving Cyclospora illnesses linked to recalled iceberg lettuce. While no single technology can eliminate every contamination risk, Lightning Water believes plasma-activated water deserves further study as part of a broader preventive food-safety system.
The applications extend beyond traditional field agriculture. Greenhouses, hydroponic operations, vertical farms, controlled-environment agriculture facilities and specialty-crop producers are all seeking technologies that can support productivity while conserving resources and creating more controlled growing environments.
Lightning Water is committed to continued testing, field evaluation and collaboration with researchers, universities, commercial growers and industry partners. The company’s goal is to provide a practical, science-driven system that can be evaluated under real-world agricultural conditions.
The technology holds significant potential for addressing crop health, water management, microbial control, food safety and agricultural sustainability. Those applications will require continued research and careful validation as the company moves into expanded testing and commercialization.
As policymakers and agricultural leaders search for ways to strengthen fertilizer access, stabilize production costs, reduce food-safety risks and protect the nation’s food supply, Lightning Water intends to contribute to the conversation by providing a solution that brings science, nature and practical agriculture together.
For more information about Lightning Water, its technology and its mission, visit www.LightningWater.com.
Media Contact
John Russo
Lightning Water
Website: www.LightningWater.com
Email: john.russo@lightningwater.com
