Technology
Ion-exchange Resin
Technology
Utilizing Ion-exchange resin technology, PNS is capable of monitoring bioavailable soil nutrient data.
Plant Nutrient Requirements
PNS uses published plant nutrient requirement data to determine lbs/acre/day nutrient requirements for your soil.
Soil Nutrient Data
With our intuitive soil monitoring process, we capture real-time bio-available data of your soil.
Required Products & Rates
Combining ion-exchange resin technology with published plant nutrient requirements and your soil nutrient data, PNS is capable of providing product type and rates to build soil quality.
Metered
Long Distance
PNS has effectively blend predictive soil testing technologies with intuitive software for DIY, Professional Landscape and Controlled Environment Agriculture.
Flat Rates
PNS Ion-Exchange Resin Technologies and methods first developed by Dr. Skogley at Montana State University, PNS leverages a Key Measurement from published data for specific nutrient uptake demands by crop (Lbs/Ac/Day). PNS then measures Lbs/Ac/Day nutrient release from soils and guides soil nutrient applications to build soils to meet these uptake demands at critical growth stages. Agricultural modeling and dashboard consist of Lbs/Ac/Day measurement of a soil sample compared to target Lbs/Ac/Day uptake requirements for a specific crop and growth stage.
Analysis Provides Plant Available Measurements of: NO3--N, NH4+-N, P, K, Ca, Mg, S, Na, Fe, Mn, Cu, B, Zn and pH.
Actional Soil Data At Your Fingertips
Metered
Long Distance
PNS has effectively blend predictive soil testing technologies with intuitive software for DIY, Professional Landscape and Controlled Environment Agriculture.
Flat Rates
PNS Ion-Exchange Resin Technologies and methods first developed by Dr. Skogley at Montana State University, PNS leverages a Key Measurement from published data for specific nutrient uptake demands by crop (Lbs/Ac/Day). PNS then measures Lbs/Ac/Day nutrient release from soils and guides soil nutrient applications to build soils to meet these uptake demands at critical growth stages. Agricultural modeling and dashboard consist of Lbs/Ac/Day measurement of a soil sample compared to target Lbs/Ac/Day uptake requirements for a specific crop and growth stage.
Analysis Provides Plant Available Measurements of: NO3--N, NH4+-N, P, K, Ca, Mg, S, Na, Fe, Mn, Cu, B, Zn and pH.