How HFPLUS Supercharges Soil Organic Carbon in Regenerative Systems

Andrea de Hoyos Delgado
Jul 1
2 min read

What if the key to fighting climate change and feeding the planet was right under our feet?

At DHD Ag, we believe it is. Soil is more than dirt; it’s one of the planet’s most powerful climate tools. And when managed with precision, innovation, and care, it becomes a regenerative asset that nourishes crops, stores carbon, and protects our future.

This is where HFPLUS comes in.

Why Soil Organic Carbon (SOC) Is the Metric That Matters

Soil Organic Carbon (SOC) isn’t just a scientific metric; it’s the foundation of soil fertility, water retention, and climate resilience. It supports microbial life, improves structure, and most importantly stores atmospheric carbon underground.

But here’s the problem: centuries of overuse have left global soils depleted. According to research published in Sustainability Science, agriculture has already released more than 130 billion metric tons of carbon from the soil into the atmosphere.

To reverse that, we need a new playbook. One grounded in regenerative agriculture, and powered by smart tools like HFPLUS.

Meet HFPLUS: Nano-Science for Soil Health

HFPLUS isn’t just another biostimulant. It’s a precision-formulated, nano-sized solution developed for high-impact farming. Think of it as a nutrient booster, soil healer, and carbon sink rolled into one.

It’s built on three transformative pillars:

1. Organic Carbon – Build It. Lock It In.

HFPLUS enhances carbon stability by bonding humic and fulvic acids to soil particles, preventing carbon from escaping into the atmosphere. Research confirms that this leads to long-term SOC accumulation, especially when combined with regenerative practices like cover cropping.

2. Nitrogen Efficiency – Smarter Input, Better Output

Humic substances improve how plants absorb nitrogen, reducing the need for synthetic fertilizers. In field trials, HFPLUS increased nitrate availability by over 100% and raised crop yields by 7%. This isn’t just good for farmers’ margins it’s essential for cutting nitrous oxide emissions, one of agriculture’s most potent greenhouse gases.

3. Resilience – Water Retention. Root Strength. Climate Adaptation.

Healthy soil acts like a sponge. HFPLUS improves porosity and moisture retention, making plants more drought-resistant and better able to withstand extreme weather. That’s resilience in action.

Designed for Today’s Farmers & Tomorrow’s Markets

HFPLUS is compatible with:

Advanced irrigation systems (drip, micro-sprinklers)
Regenerative supply chains
ESG impact reporting
Organic and low-emission agriculture models

The Bottom Line

Regenerative agriculture isn’t a trend, it’s the future. And that future needs tools like HFPLUS: scalable, science-backed, and ready to deliver ROI for both farmers and the planet.

At DHD Ag, we’re not just selling a product. We’re helping rebuild the carbon balance, one field at a time.

Sources:

Sanderman, J. et al. “Soil Carbon Debt of 12,000 Years of Human Land Use.” Sustainability Science, 2017.
DHD Ag. “HFPLUS Product Findings.” Internal Report, Saltillo, Mexico, 2023.
Guo, Y. et al. “Effects of Humic Acid on NUE and Emissions.” Agriculture, 2022.
Canellas, L.P. et al. “Humic Substances and Abiotic Stress Adaptation.” Chemical & Biological Technologies in Agriculture, 2024.
McKinsey & Co. “Building Food and Agriculture Businesses for a Green Future.” Sept. 2023.