X-AGRO

X-AGRO EM-TECHNOLOGY

Improvement of the quality of agricultural production
UNIQUE
FUTURE
SAFE
AVAILABLE

INFORMATION ABOUT X-AGRO

Is an agricultural complex that is undergoing development in the direction of organic farming, which includes establishments for crop production, livestock farming and poultry farming. The main business line is the incorporation of EM-Technology into agriculture, farming and the ecology, all the while building a network of biotechnical production facilities. X-Agro is the main supplier of EM-Technology in Russia.

THE MAIN DIRECTIONS OF OUR BUSINESS

Is an agricultural complex that is undergoing development in the direction of organic farming, which includes establishments for crop production, livestock farming and poultry farming. The main business line is the incorporation of EM-Technology into agriculture, farming and the ecology, all the while building a network of biotechnical production facilities. X-Agro is the main supplier of EM-Technology in Russia.

WHAT IS EM-TECHNOLOGY?

EM-Technology is defined as “a technology of effective microorganisms”. It might not be the only one of its kind, but it is certainly one of the most effective organic technologies in the world today. We are surrounded by microorganisms everywhere. We tend to think very little about the enormous role that they play in the lives of all living creatures and plants on our planet. In fact, in the body of a grown human being, there is a total mass of 2 to 3 kg of a wide diversity of microorganisms. The sum of their genetic material is in fact much larger that the informational content of the DNA of the person itself. As in any social environment, in the microorganisms’ community, there are regenerative elements (those that have a positive influence on human beings) as well as degenerative elements, the latter leading to illnesses and other negative consequences. In a natural environment, a balance naturally arises between these two forces. People’s health and longevity, as well as the balanced development of the land, plants and animals, depends on the level of dominance of the regenerative micro flora in the environment, as well as the products of its metabolism. Because of their irresponsible behavior, humans contribute to the imbalance of the natural equilibrium, and this is not without catastrophic consequences.

The Technology of Effective Microorganisms is an assembly of methods that involve the use of intricate symbiotic complexes of useful microorganisms as well as the product of their activity (metabolites) for solving various problems that humanity encounters.

CURRENTLY, EM-TECHNOLOGY IS USED MAINLY IN THE FOLLOWING DOMAINS

AGRICULTURE

Сrop farming and livestock farming

ECOLOGY

Сrop farming and livestock farming

EM-TECHNOLOGY IN CROP FARMING

The use of effective microorganisms, or ET-Technology, transforms soils of any type in good fertile soils that are able to yield a harvest many times larger than with traditional agricultural methods. In addition, this can be achieved without the use of poisonous chemicals and artificial fertilizers.

Soil that hasn’t been damaged by chemical products is host to a balanced quantity of microorganisms: more than 20 tons per hectare. This type of soil also has a similar amount of worms and other living creatures. In terms of mass, this is the equivalent to a herd of 100 cows. Since the lifespan of bacteria is limited, spanning an average of 20 minutes only, after death, their remainders are a source of protein that is easily absorbed by plant roots, serving as an additional source of nutrients for growth and fructification. The larger the amount of beneficial bacteria present in the soil, the more fertile it is.

This role played by microorganisms has been known for a long time, but only recently has the science of microbiology developed sufficiently in order to go from theory and testing to the practical use on soils with balanced microorganism fertilization.

MAIN DIRECTIONS

Rehabilitation of soil fertility

Biofertilizers

Biostimulation of plant growth

Bioinsecticides

Products that ward againt insects

Biofungicides

Products that ward againt insects

Biotechnologies for harvest preservation

BASIC TECHNOLOGIES

EM-TECHOLOGY

EM-FERTILIZATION

EXAMPLES OF THE USE OF THIS TECHNOLOGY FOR SOLVING PRACTICAL ISSUES

ORGANIC TECHNOLOGIES FOR VARIOUS DIRECTIONS OF CROP FARMING

EM-compost

Organic waste

Sprout treatment

Soil treatment

Seed treatment

EM-TECHNOLOGIES IN LIVESTOCK FARMING

At the current time, the majority of countries in the world are attempting to avoid using chemical products, including synthetic ones. There is a gradual shift from chemical to organic agriculture and farming; for instance, there is the growing of agricultural production without mineral fertilizers and livestock farming production grown with the help of ecologically pure biological supplements. This trends means that EM-Technology sounds quite promising, since it has effective microorganism-based products that perform an array of different functions in its arsenal. At the present moment, we have finally accumulated a sufficient amount of experience that convincingly shows that EM-Technology improves the conditions of livestock upkeep, all the while raising the animals’ and bird’s production of meat, eggs and milk, neutralizing waste odours, and so forth.

MAIN DIRECTIONS

Increase of milk production
Increase of meat production
Medicine-free health improvement for livestock
Technology for the preparation of high-quality livestock feed based on inexpensive plant waste

ORGANIC TECHNOLOGIES FOR VARIOUS DIRECTIONS

MEDICINE-FREE MASTITIS PREVENTION

POULTRY FARMING

Increase of milk production for cattle
Increase of the production rate
Fish farming
Poultry farming

EM-TECHNOLOGY AND THE PREVENTION OF DESERTIFICATION

In Northeastern China, between the second-largest desert of China (the Tengger desert) and the third-largest desert of the same country (the Bandain-Jaran Desert), lies the county of Minqin of the province of Hansun. In that area, the desertified surface amounts to 94.5% of the totality, and the overall size of the desert is close to 4.7 million hectares. The yearly quantity of rainfall is a mere 110 mm while the evaporation is 2,646 mm. This means that this is one of the most desertified areas not only in the country, but also in the world. Minqin is the frontier zone for the governmental monitoring and fight against desertification, as well as being one of the 4 places of formation of sandstorms in the north of China. This is because it lies between two deserts and is the only barrier for the sand line in Northeastern China. If it were impossible to preserve the oasis of Minqin, the corridor of Hesi would be put in danger, and eventually, the entire country would be affected. P. A. Shablin and a Chinese representative have attempted to plant a forest with the use of EM-Technology during the course of two consecutive years. The operation proved successful.

Control area that is free of EM-Technology involvement on the north side of the road, September 2008 There was a summer forest renewal and plant nutrition with EM-Technology in June 2007.
Test area with EM Technology use on the south side of the road in September 2008. There was a summer forest renewal and plant nutrition with EM-Technology in June 2007.

THE TRANSFORMATION OF DESERT INTO FERTILE SOIL – HORINGER, INNER MONGOLIA

The head specialist journeyed to the planting area and used EM-Technology in the desert of Horinger, Inner Mongolia on the 26th of February, 2007. He discovered that the wind had carried the sands, which became a blocking element on the surface of the desert. The piece of soil in which a Chinese pine that was planted with the aid of EM-Technology had also changed color.

Sand at the roots of the Ansu apricot tree that was planted with the aid of EM Technology became reddish-brown and fertile
The soil base that came with the roots of a Chinese pine tree that was planted with the aid of EM Technology also changed color
Sand that was transformed into a block of soil

INCREASING HARVEST YIELDS

EM Technology allows for the increase and improvement of the soil’s fertility level as well as harvest yields in locations that have favorable conditions. Haicheng, Liaoning has relatively favorable conditions, as it is located in the fertile Manchurian plains. At the request of the Bureau of Science and Technology of Haicheng, Province of Liaoning, experiments were conducted in this site. The goal was to increase the rice harvest yield; the experiment was successful.

According to local statistics, in October of 2007, before harvesting the Haicheng super-rice, the quantity of rice that was not supplemented by EM-Technology was of 156 grains per ear. Meanwhile, the yield of rice supplemented by EM -Technology was 184 grains per ear. After harvesting, the yield was 14.6% larger than with the use of standard fertilization methods.

HARVEST OF TROPICAL CROPS IN THE PROVINCE OF HAINAN

In the year 2002, “The testing for the use of EM-Technology for tropical crops in the province of Hainan” was conducted: 11 of the main profitable crops of the province of Hainan were fertilized using EM-Technology (overall content of N, P and K of about 5%). The same crops were also fertilized using a highly concentrated combined fertilizer produced in Norway (overall content of N, P and K of about 45%). They were used in equal quantity and in equal volume. Bananas were not tested on due to a recent typhoon; however, the harvest of the remaining 10 crops was significantly higher in the batch that used EM-Technology when compared to the batch that used the highly concentrated fertilizer produced in Norway. In addition, the difference in the sugar cane harvest reached a significantly high level. The table below showcases the harvests’ metrics.

Тable comparing the harvest yields with the use of EM-Technology and highly concentrated combined fertilizer in equal quantities

Культура Sugar Cane Pepper Mango Litchi Leaves of horned holly Wax pumpkin Watermelon
Harvest using EM-Technology, tons/hectare 111.2 2.99 14.2 7.59 2.09 68.85 59.62
Harvest using standard combined fertilizer, tons/hectare 80.25 2.84 13.26 7.41 1.90 64.58 54.00
Increase in yield, % 38.57 5.28 7.09 2.43 10.00 6.61 10.41

INCREASE IN THE QUALITY OF AGRICULTURAL PRODUCTION

Lycopene is a key nutrient contained in tomatoes. It is a type of organic nutrient contained in plants and is the strongest antioxidant found in nature at the current time. As proven scientifically, singlet oxygen and oxygen free radicals in the human body are at the source of disruptions in the immune system of the human body. The effectiveness of lycopene at eliminating free radicals is higher than the effectiveness of other carotens and vitamin E, and its constant speed of elimination of singlet oxygen is 100 times faster than Vitamin E. It can be used as an effective way of preventing and controlling a wide variety of ailments associated with advancing age and a weaker immune system.

In tomato crops that were fertilized with EM-Technology, lycopene content was of 84.2 mg/kg. Its content in green produce of high quality is normally 4 mg/kg; the quantity of the nutrient is 21.7 times higher. The content of lead and cadmium each consisted of approximately 1/10 of the coefficient in Chinese green produce. None of 12 commonly used pesticides, such as arsenic, mercury and acetate, were detected.

2.5 months after treatment, the spikes of wheat were tight as a wrist, and the quantity of sprouts of wheat reached 30. This is two times more than the standard quantity in the growing conditions of this region.

DRAUGHT-RESISTANT AND WATER-RETAINING CROP FARMING

During 104 days, there was no rainfall. After treatment, the tomato crops were harvested 12 times

When treated with chemical fertilizers, tomato crops were harvested 3 times. Water retention by the soil was more than 34% superior.

Changes in the soil after being treated with EM-Technology.

EM-TECHNOLOGY USE IN THE UAE, DUBAI

In 2015, a plant-growing experiment was conducted in Dubai in clean sand, not far from Sharjah. Initial results have shown to be extraordinary. The crops that were grown for the sake of the experiment included 32 distinct types of plants. More precisely, they consisted of Guineng grazing grass, black mustard, cabbage, Chinese cabbage, spinach, gray mustard, red spinach, Hong-Kong cabbage, Hong-Kong leaf lettuce, Chinese lettuce, peanuts, crown daisy, tat soi, corn, celery, rice (dry cultivation), large tomatoes, watermelon, violet tomatoes, cowpea, special cowpea, water spinach, leaf lettuce, shallots, green food-grade amaranth, oilseeds, celtuce, bitter chrysanthemum, green turnip, eggplant, chives, wax pumpkin and Japanese pumpkin.

Guineng grazing grass can grow up to 1.2 meters tall 1 month after being sown

Chinese lettuce 17 days after planting

Black mustard 17 days after planting

Peanut 10 days after planting

Corn 14 days after planting

EM-TECHNOLOGY USE IN THE UAE, ABU DHABI (2009)

Wheat grown with the aid of EM-Technology, with normal sprout growth

Wheat grown with the aid of chemical fertilizers, sprouts are almost completely absent.

Corn / wheat without the use of EM-Technology and with the use of EM-Technology, 15 june 2011

Only 20 days have elapsed from the moment of planting to the ripening of the Chinese cabbage.

EM-TECHNOLOGY REDUCES CONTAMINATION OF GRAIN CROPS BY HEAVY METALS

After mining of bauxite ore, a few meters of oil layer are revealed under the natural surface. This layer contains has an extremely high concentration of heavy metals, with a cadmium content that is 22.3 times higher than in healthy soil. The chromium content is 4.9 times higher than in healthy soil, which creates an insurmountable obstacle to the sowing of any grain-based crop. We attempted to plant mulberry trees thanks to the usage of the EM-Technology in this soil that was heavily contaminated by heavy metals. Lab results have demonstrated that the cadmium and chrome content in the leaves of the mulberry trees was only one-third of the content of the leaves of trees grown using chemical fertilizers. When comparing both mulberry trees grown with the aid of the EM-Compost organic fertilizer and with chemical fertilizers, the cadmium content in the leaves of the mulberry tree consists of, respectively, 0.026mg/kg and 0.081 mg/kg, and the chromium content of the trees is 0.13mg/kg and 0,35mg/kg.

Comparison of a mulberry tree grown with the aid of a chemical fertilizer (left) and one grown with EM-Technology (right) in a clay soil that is heavily contaminated with heavy metals.

FABRICATION PROCESS OF EM-COMPOST AND THE STATIONARY BIO-REACTOR

KEY COMPONENTS OF THE EM-COMPOST

A key component of EM-Technology is the base material named Baikal EM-1. During the fabrication of the EM-Compost, fermented agricultural and forestry organic waste is mixed. They include, for instance, straw, sawdust, wood chips, nutshells, dry tree branches, fallen leaves, invasive plant species and so forth. Sometimes, some other additions are made.

Organic waste + Baikal EM-1 + additional materials = EM-Compost

Straw

Sawdust

Nutshells

Wood Chips

Invasive Plants

Leaves

Dry Branches

DIPLOMAS AND AWARDS

BAIKAL EM-1 is recognized as the best innovative product in the agricultural sector in Europe
The Russian Academy of Sciences has awarded P. A. Shablin with a medal of honor in the name of I. I. Mechnikov, “For his contribution to the strengthening of a healthy nation
The Paul Erich medal, “For the development of the Baikal EM-1 symbiotic product”
European Certificate of Conformity ECO
European Certificate of Conformity EM-1
European Certificate of Conformity ECO
European Certificate of Conformity ECO
European Certificate of Conformity ECO

WE LOOK FORWARD TO PARTNERING WITH ENTREPRENEURS AND INVESTORS TO ACHIEVE OUR GOALS

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