Soil Biogenics´ technology has proven its efficiency in several field trials in different applications. In agriculture, soils that have been treated over decades with synthetic inorganic fertilizers (NPK), may have a high degree of salinization. It is possible to enrich the soil, increasing the organic content, utilizing the bacteriological compounds of Soil Biogenics. It has been tested successfully in vegetable-growing orchard and extensive exploitations. It is remarkable the performance of the golf courses´ grass when treated with PIKSA™  and AKTIVIT™: a significant increase in the grass vigour, better growth pattern and, specially, better resistance to mechanical efforts such as stepping or carts.
Different experiences conducted with PIKSA™  and AKTIVIT™, have lead to the conclusion that the plants strength their resistance to diseases or to longer periods of lower irrigation. AKTIVIT™ is a basic element for ecological agriculture.

Moreover, it has been tested in depth the effects of PIKSA™ and AKTIVIT™ in the plants, concluding that the treatment improves the genetics of the plant. The first analysis conducted with tomato plants, where the genome is well known, have yielded spectacular results, as the activation of  those genes related to the stress and growth of the plant.
The recovery of urban soil, that has been deeply degraded, is a serious problem of the big cities, especially in Russia and Asia. So far, the most extended solution has been cutting clean soil in distant areas to replace the degraded soil of the city, pouring the degraded soil in areas that become spoiled. Soil Biogenics´ achievement has been to stop this deterioration process by means of recycling and enriching the existing soil. This process has obtained the homologation of the City Council of Moscow and the Russian Ministries of Agriculture and Health. The soil treated by Soil Biogenics has been considered “Ecological and Safe Product” able to be utilized for residential building for the city of Moscow.

Soil Biogenics, has collaboration agreements with the following research institutions for development, testing and validation of its technology .

1. Consejo Superior de Investigaciones Científicas (Madrid)
2. Moscow State University, School of Soil Science
3. Moscow Agricultural University, School of Soil Science, Agrochemistry & Ecology
4. All-Russian Institute of Fertilizers and Agropedology, Moscow
5. All-Russian Institute of Agricultural Microbiology, St-Petersburg
6. St-Petersburg Agricultural University, Department of Agrochemistry
7. All-Russian Research & Design Railway Institute, Moscow
8. All-Russian Research & Design Highway Institute, Moscow
9. Institute of Biological & Physico-Chemical Problems of Soil Science Russian Academy of Sciences, Pushchino
10. Universidad Autónoma (Barcelona)
11. Instituto Tecnológico Agrónomo Provincial de Albacete.