Transformational Nitrogen Production

Redhill’s on-site technology transforms nitrogen from a volatile, fossil-fuel-dependent input into a stable, sustainable foundation for essential global food security.

The Current Problem

  • Nitrogen pricing is highly volatile (fluctuating up to 80% YoY)
  • Haber-Bosch is highly dependent on a massive, costly global infrastructure
  • Globally, growers spend $115B/year (>15% of farm budgets) on nitrogen

The Redhill Solution

  • Scalable on-site production gives a stable, predictable source
  • Stable patented thin-film plasma technology
  • Consistent year-round supply made with air, water, and electricity
  • Engineered for direct application with zero fossil fuels or carbon release
Market Volatility

$135B Global
Market at
Risk

System Fragility

Global supply chains are increasingly vulnerable to geopolitical shocks and logistics failures.

Regulatory Pressure

New environmental mandates are forcing a rapid transition away from high-emission production.

Climate Impact

Extreme weather patterns disrupt traditional fertilizer application windows and effectiveness.

“The global nitrogen crisis is a silent threat to food security, driven by a system that hasn’t evolved in a century.”
~ The New York Times

The On-Site
Opportunity

Grower Autonomy

Eliminate dependence on volatile global supply chains by producing nitrogen exactly where it is used.

Cost Control

Stabilize input costs and shield your operation from the pricing swings of industrial Haber-Bosch facilities.

Sustainability

Reduce your carbon footprint with zero-leakage, zero-transport nitrogen production powered by clean energy.

“When growers can control their own fertilizer production, they will transform the economics of modern agriculture.”

Fertilizer Made On-Site

Redhill Scientific’s on-site fertilizer system synthesizes nitrogen precisely where it’s needed, eliminating supply chain volatility and environmental cost. Our process converts basic elements into high-value nutrients on demand.

PowerPower

Utilizing sustainable energy sources.

AirAir

Extracting nitrogen directly from the atmosphere.

WaterWater

Combining with local water for the final solution.

N2 + ½ O2 + H2O → 2 HNOз

Technology Landscape

Non-Thermal Plasma

  • On-site & On-demand
  • Zero Emissions
  • Lower Capex
  • Modular
    Scalability

Legacy Landscape

Haber Bosch, Blue/Green Ammonia, and Biological Engineering lack the immediate flexibility and decentralized efficiency of thermal-neutral plasma systems.

Haber Bosch

Hydrocarbon Dependent

Industrial Legacy

The century-old standard requiring massive scale and fossil fuel feedstocks, leading to high carbon intensity and complex transport.

Blue
Ammonia

Residual Emissions

Carbon Capture

While utilizing carbon capture, blue ammonia still relies on methane and maintains centralized risks and upstream leakage issues.

Green
Ammonia

Energy Intensive

Electrolysis Cost

Requires extreme energy density for water electrolysis, making it prohibitively expensive for most decentralized agricultural applications.

Biological Engineering

Market Limited

Microbial Limitations

Microbial nitrogen fixation fits only specific crops and soil conditions, lacking the broad predictability and scalability of plasma-based solutions.

“Owning my nitrogen production would be a game changer, giving us a lot more financial and logistical control, while also adding a lot more flexibility.”
— Mauritzio Gabbai, CFO, Cornucopia Farms, Wrens, GA
Our on-site, on-demand nitrogen fertilizer is scalable to cover small and large areas of crops