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40% higher yield in Kiwi

"We can conclude that applying penergetic b and penergetic p products during season 2021-22 had a significant influence on productivity of a Hayward... more

reduced nitrogen rate by 30% without yield loss.

Three studies, conducted by the Warsaw University of Life Sciences (SGGW) show that despite the reduction of mineral nitrogen by 30%, the yield was... more

CTAEX study: 20% reduction of fertilization in tomatoes without yield loss.

The study had as objective to evaluate the crop yield under a 20% reduction of fertilization when using penergetic. The conclusion was that the... more

The positive effect of Penergetic when using cover crops

The positive effect of penergetic on the different mixtures of cover crops in this trial was significant (13-61% increase in yield).

The use of... more

13% higher grain yield in winter wheat despite reduced quantity of mineral nitrogen

"It was confirmed that these two combinations allowed the obtention of a higher yield of grain by 13%, compared to the full nitrogen dose.... more

yearly yield increase over 6 years in the UK

The 6-year trial in the United Kingdom shows an overall yield increase of all tested crops with the use of penergetic b and penergetic p. The maximum... more

Advantages in coffee planting when using cover crops and penergetic products

In all treatments with Penergetic and cover crops, the coffee dry grain yield was increased. The yield in bags/ha when using Penergetic (PNG) and... more

University of Warsaw: Reduce dose of mineral nitrogen by 30% and increase yield

[...]It was confirmed that the two combinations allowed a higher yield of maize grain by 2.9% and 8.8%, respectively, compared to the full nitrogen... more

Study conducted by the Institute of Agriculture at Warsaw University of Life Sciences—SGGW

The results obtained in several locations proved that it is possible to reduce the fertilization of sugar beet with mineral nitrogen by 30% without... more

Scientific Publication: In Vitro Activation of Microbial Growth in Low Frequency Electromagnetic Fields

"Significant increases in fungal and bacterial growth were observed when using the commercial biostimulator in culture medium."
Publication of... more