Compare the Difference between Corn Variety: 17 XGT CHU Range: 2300 - Untreated vs. Penergetic-treated

The non-treated picture shows a picture of corn in a control plot with a Grower Standard Practice (GSP) of 275 lbs./acre with 9-40-4 + micros.

The after picture shows a picture of corn treated with Penergetic k and p. (GSP + 200 g/ac penergetic k with fertilizer + 100 g/ac penergetic p seed treatment+ 100 ml/ac penergetic p [liquid] applied along with Roundup.)

Compare the Difference with this Manure Lagoon - Untreated vs. Penergetic-treated

The before picture shows an untreated Lagoon with heavy crust, fibre undigested, ammonia smell

The after picture shows the lagoon after being Penergetic-treated with a homogenous, creamy, crust free, reduced odour and higher retained nitrogen content.

Compare the Difference with this Soybean Field - Untreated Soybeans vs. Penergetic-treated Soybeans.

This farmer used penergetic g treated manure on soybeans and Penergetic k and p in his soil.

Compare the Difference with this Winter Wheat Field- Untreated vs. Penergetic-treated

The first picture shows an untreated plot of a winter wheat field.

The second picture shows the furrows of the same winter wheat field with Peneretic k and p applied.

Compare the Difference between Untreated Durum Wheat and Penergetic-treated Durum Wheat.

The first picture is Durum What from the control plot: Growers Standard Practice (GSP)

The second picture is the Penergetic Treated: GSP + Penergetic k (soil activator) 200 grams/acre with burnoff + Penergetic p (foliar) 100 grams/acre in crop with herbicide.

The root system of the Penergetic treated plants were so intertwined it was not possible to wash the soil off. Evidence of more root mass and more fine root hairs.