NexGenPGH™
Plant Growth Health for crop and soil systems
NexGenPGH™ is the soil and root-zone foundation within the NexGen platform.
It is designed for crop systems where nutrient-use efficiency, root-zone stability, biological activity, and early-season stress response influence performance.
NexGenPGH™ is not positioned as a fertilizer replacement. It is designed to complement existing fertility programs by helping plant and soil systems make better use of available resources under field conditions.
Primary focus areas:
• root-zone support
• nutrient-use efficiency
• crop response under stress
• biological activity in the soil environment
• compatibility with existing fertility programs
NexGenTRN™
Transition Support for crop systems
NexGenTRN™ is the foliar transition-window companion within the NexGen platform.
It is designed for application between vegetative and reproductive growth stages, when crop demands, stress pressure, and resource allocation begin to shift.
Built around fulvic acid, Ascophyllum, and microbial continuity, NexGenTRN™ is designed to support plant response, transition stability, and productive allocation during this critical timing window.
NexGenTRN™ is not a replacement for the planting-time foundation. It is designed to complement NexGenPGH™ by supporting the crop later in the season as priorities begin shifting toward reproduction, fruiting, pod development, or grain fill.
Primary focus areas:
• foliar transition support
• stress stability during shifting crop demand
• reproductive transition timing
• biological continuity within the NexGen system
• nutrient and resource movement
• support for productive allocation during stress
NexGenTDN™
Forage and livestock system support
NexGenTDN™ applies the NexGen platform to forage, cattle, hay, and livestock-support systems.
TDN refers to Total Digestible Nutrients, a practical measure of forage feed value. NexGenTDN™ is positioned around the idea that forage performance should be evaluated not only by biomass, but by consistency, digestibility, regrowth behavior, and how the forage system performs under stress.
The focus is forage consistency, regrowth support, digestible nutrient value, and performance stability under heat, cutting pressure, moisture variability, and other field constraints.
NexGenTDN™ is designed for operators who need forage systems to perform more consistently, not just produce more biomass under ideal conditions.
Primary focus areas:
• forage consistency
• regrowth support
• total digestible nutrient value
• digestibility and feed value considerations
• stress response under heat and cutting pressure
• livestock-system efficiency
NexGenDOT™
Dual Objective Treatment for vegetation management and hydrocarbon remediation
NexGenDOT™ is designed for rights-of-way, infrastructure, and land-management environments where vegetation growth, mowing frequency, petroleum exposure, erosion risk, and maintenance costs intersect.
Within Energy Reallocation Technology™, NexGenDOT™ applies the principle of guided energy allocation to vegetation systems under operational stress.
The goal is not to kill vegetation.
The goal is to manage growth, support root-zone function, and improve system stability in environments where maintenance and environmental pressure create recurring costs.
Primary focus areas:
• vegetation growth management
• mowing-cycle reduction support
• root-zone stability
• hydrocarbon-affected environments
• rights-of-way and infrastructure systems
• dual vegetation and remediation objectives
Ideal for:
• transportation corridors
• airports
• federal installations
• municipalities
• industrial properties
• infrastructure partners