FOODTECH
Bionanotechnology
Our goal is to create an abundance of healthy food for all people on the planet.
We have collected the experience of previous researchers and innovators, added to it all the best that our engineers have succeeded in and introduced the world to a new technology for year-round intensive resource-saving production of high-quality plant products in any premises and structures.
With the implemented methods of directed formation of the light and root habitat environment, to optimize the growth and development of plants, as well as resource-saving agricultural technologies for the continuous production of plant products, information and measuring equipment for monitoring the physiological state of plants and microclimate parameters in production facilities with microclimatic equipment that provides the required modes temperature, humidity, gas composition, circulation, air ventilation.
This allows 97% less water to be used than a conventional field farm. Do not use pesticides or herbicides at all. Instead of soil, plants are grown in natural, ecologically clean, highly fertile soil substitutes based on high-moor peat, sapropeda, Cambrian clay, and other long-term use. And instead of the sun - the most technologically advanced and biologically adequate LED lighting, which completely imitates sunlight. The radiation wavelengths, the density of the photosynthetic photon flux are selected in an optimal ratio for plants.
In fact, the technology allows increasing the yield within 25-48%. Integrated eco-control systems cut the growing cycle by almost half and create the most favorable conditions for growth. A useful crop can be grown all year round and with no negative impact on the environment.
The basis for the creation of science-intensive and highly efficient phytotech complexes are the following developed jointly with Russian and foreign research institutes:
- methodology for the formation of light, air and root habitat of plants in a regulated agroecosystem;
- automated vegetation and irradiation equipment of various types with technological support for research purposes and for year-round continuous production of high-quality plant products;
- biophysical methods and technical means for diagnosing the physiological state of vegetative plants and monitoring the parameters of their habitat, rapid assessment of seed quality;
- methods and means of operational management of the production, adaptation process of plants, the quality of plant products using biologically active drugs with phytoprotective properties;
- a constantly updated register of fruit, vegetable, medicinal and ornamental crops that yield high yields of quality products when the developed technology of their production is implemented using innovative vegetation and irradiation equipment.
The listed developments are the result of accumulated knowledge and experience over many years of research.
With the implemented methods of directed formation of the light and root habitat environment, to optimize the growth and development of plants, as well as resource-saving agricultural technologies for the continuous production of plant products, information and measuring equipment for monitoring the physiological state of plants and microclimate parameters in production facilities with microclimatic equipment that provides the required modes temperature, humidity, gas composition, circulation, air ventilation.
This allows 97% less water to be used than a conventional field farm. Do not use pesticides or herbicides at all. Instead of soil, plants are grown in natural, ecologically clean, highly fertile soil substitutes based on high-moor peat, sapropeda, Cambrian clay, and other long-term use. And instead of the sun - the most technologically advanced and biologically adequate LED lighting, which completely imitates sunlight. The radiation wavelengths, the density of the photosynthetic photon flux are selected in an optimal ratio for plants.
In fact, the technology allows increasing the yield within 25-48%. Integrated eco-control systems cut the growing cycle by almost half and create the most favorable conditions for growth. A useful crop can be grown all year round and with no negative impact on the environment.
The basis for the creation of science-intensive and highly efficient phytotech complexes are the following developed jointly with Russian and foreign research institutes:
- methodology for the formation of light, air and root habitat of plants in a regulated agroecosystem;
- automated vegetation and irradiation equipment of various types with technological support for research purposes and for year-round continuous production of high-quality plant products;
- biophysical methods and technical means for diagnosing the physiological state of vegetative plants and monitoring the parameters of their habitat, rapid assessment of seed quality;
- methods and means of operational management of the production, adaptation process of plants, the quality of plant products using biologically active drugs with phytoprotective properties;
- a constantly updated register of fruit, vegetable, medicinal and ornamental crops that yield high yields of quality products when the developed technology of their production is implemented using innovative vegetation and irradiation equipment.
The listed developments are the result of accumulated knowledge and experience over many years of research.
Environmental friendliness
- 97%
Less water than a typical field farm.
0 pollution
There are no emissions at all. Moreover, nanomaterials created from waste are used.
0 pollution
Instead of soil -
environmentally friendly
natural highly fertile soil substitutes
environmentally friendly
natural highly fertile soil substitutes
+ 25-48%
Increase in environmentally friendly harvest. No pesticides or herbicides.
Experimentally Tested and Scientifically Proven: Teslar's high-precision agriculture technologies are of great importance for people in all areas, and for the renovation of agriculture in particular.
365 days a year around the planet for the benefit of the planet and humanity
We implement projects of phytocomplexes of various sizes around the world. From smart mobile bio cameras designed for an apartment or an autonomous complex for a hundred people to stationary scalable greenhouse complexes that can feed a district or city. All year round, regardless of the climate, our technologies provide people with healthy vegetables and fruits, green and salad crops. In urban apartments and in extreme climatic conditions (Vostok Antarctic Station, for example).
In the Russian Federation, our technologies have been highly appreciated by the Institute of Biomedical Problems and the Institute of the Arctic and Antarctic. Specialists of the Department of Plant Light Physiology and Bioproductivity of Agroecosystems of the Agrophysical Research Institute of the Russian Academy of Agricultural Sciences were directly involved in research and development of application technologies. The work was carried out for 8 years also in European institutions.
The development of these technologies was carried out for several decades by researchers from all over the world - 30 years ago it became obvious to farmers and farmers that growing food in the open field is more unsafe and not efficient enough. We managed to make a significant contribution to the development of greenhouse technology and food production. We continue to work every day to make our technologies even more efficient and more accessible for people of all kinds of income and without it at all. We sincerely want people to get wholesome food in every kindergarten and in every home and office. Because plant-based nutrition is the basis of a healthy life and it has been experimentally established that it can stop the cancer epidemic.
A significant result in the development of food cultivation technologies was achieved by applying in practice an integrated approach to plant cultivation, and a number of revolutionary developments in the field of nanotechnology, which became possible thanks to long-term cooperation with research institutions. So, in order to ensure a timely harvest, our greenhouses use an optimized light and special nutrient medium. And for light irradiation, a unique and extremely phyto-efficient light is used.
We made sustainable food production possible with the highest level of programmability and automation because we want everyone to be given the opportunity to be part of the solution, not part of the problem. To give everyone the opportunity not only to prolong their life, but also to really influence the situation on the entire planet. Because a nutrition strategy is an opportunity for each person to significantly reduce their carbon footprint, which means slow down the rate of destruction of the planet's ecosystems, or even stop the global extinction of species on our planet.
In the Russian Federation, our technologies have been highly appreciated by the Institute of Biomedical Problems and the Institute of the Arctic and Antarctic. Specialists of the Department of Plant Light Physiology and Bioproductivity of Agroecosystems of the Agrophysical Research Institute of the Russian Academy of Agricultural Sciences were directly involved in research and development of application technologies. The work was carried out for 8 years also in European institutions.
The development of these technologies was carried out for several decades by researchers from all over the world - 30 years ago it became obvious to farmers and farmers that growing food in the open field is more unsafe and not efficient enough. We managed to make a significant contribution to the development of greenhouse technology and food production. We continue to work every day to make our technologies even more efficient and more accessible for people of all kinds of income and without it at all. We sincerely want people to get wholesome food in every kindergarten and in every home and office. Because plant-based nutrition is the basis of a healthy life and it has been experimentally established that it can stop the cancer epidemic.
A significant result in the development of food cultivation technologies was achieved by applying in practice an integrated approach to plant cultivation, and a number of revolutionary developments in the field of nanotechnology, which became possible thanks to long-term cooperation with research institutions. So, in order to ensure a timely harvest, our greenhouses use an optimized light and special nutrient medium. And for light irradiation, a unique and extremely phyto-efficient light is used.
We made sustainable food production possible with the highest level of programmability and automation because we want everyone to be given the opportunity to be part of the solution, not part of the problem. To give everyone the opportunity not only to prolong their life, but also to really influence the situation on the entire planet. Because a nutrition strategy is an opportunity for each person to significantly reduce their carbon footprint, which means slow down the rate of destruction of the planet's ecosystems, or even stop the global extinction of species on our planet.
All products grown in our phytocomplexes not only meet the standards of the Russian Federation (one of the strictest in the world), but also show world record values.
Efficiency:
х 8
Higher yields of vegetable, green and salad crops without increasing land resources.
8 times more products. On an area of 1200 m2, a greenhouse complex equal to 1 hectare is organized
8 times more products. On an area of 1200 m2, a greenhouse complex equal to 1 hectare is organized
- 10-20%
The growing season is reduced by 10% - 20% without the use of chemical weapons (pesticides, herbicides, etc.).
This means even more fresh and healthy products
This means even more fresh and healthy products
365 days
The planned harvest regardless of the region and season -
365 days a year
365 days a year
: 10 mg / kg
Top quality products.
Nitrate indicators are 2-5 times lower than permissible standards and 6-10 times lower than those of analogs from store shelves
Nitrate indicators are 2-5 times lower than permissible standards and 6-10 times lower than those of analogs from store shelves
The effects of the application were studied and evaluated, and the application technologies were worked out in the Russian and European institutes:
-Agrophysical Research Institute of the Russian Academy of Agricultural Sciences, St. Petersburg. Russia.
- University of Agriculture and Forestry. Mendel, Brno, Czech Republic.
Research work continues, expanding the range of grown products to a wide variety of crops and opening up new areas of application.
-Agrophysical Research Institute of the Russian Academy of Agricultural Sciences, St. Petersburg. Russia.
- University of Agriculture and Forestry. Mendel, Brno, Czech Republic.
Research work continues, expanding the range of grown products to a wide variety of crops and opening up new areas of application.
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Nature-like technologies
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