Field Validation & Observational Results

Corn Field Trial (2025)

Soil: Sandy / sandy-loam soils

Material: AHLF-S

Rate: ~440 lb / 1,000 sq ft

Area: ~2,150 sq ft

Observed effects:

• Improved moisture retention
• Improved soil structure
• Uniform crop emergence
• Increased biomass
• Improved heat tolerance
• Reduced disease and pests
• Higher stress resilience

Soybean Field Trial (2024)

Soil: Degraded low-fertility soils

Material: AHLF-NPK-S

Rate: ~660 lb / 1,000 sq ft

Area: ~1,075 sq ft

Observed effects:

• Improved soil structure
• Better moisture retention
• Faster maturation
• Improved grain formation
• ~20% yield increase (observational)

Soil Stabilization Applications

Object: Dam slopes and irrigation canal sections

Material: Hydrolyzed lignin-derived composition

Application method: Surface incorporation into soil structural layers

Observed effects:

• Increased soil cohesion on dam slopes, improving stability under peak loads
• Improved resistance to erosion during periods of elevated hydraulic stress
• Stabilization of soil structure within irrigation canal sections
• Reduction of filtration losses through soil layers in canal systems
• Improved water retention and distribution balance within soil structures