GRINBIO-1000 THE IDEAL SOLUTION IN HYDROPONICS!
WHY IS HYDROPONICS THE SOLUTION TO ALL PROBLEMS?!
Advantages of GRINBIO-1000
Problems in Hydroponics
- Fertilizer obtained by the mini plant GRINBIO-1000, plants, because from water, as nutrients obtained from simple soil or peat are 100% instantly absorbed by the roots and green mass of plants. This increases the biomass of plants and increases productivity by 30-100%.
Possibility of using as raw material for the production of fertilizers:
simple soil, peat, manure, sewage sludge, bird/chicken manure, brown coal, sapropel, lignin, river or sea silt, seaweed, crushed stone, granite, stone, solid minerals, sludge from processing in biogas plants
- GRINBIO-1000 increases plant resistance to diseases and pests, as the resulting fertilizer or water with an increased amount of nitrogen has the strongest antibacterial properties, while sterilizing the aqueous solution passing through the hydroponic system, allowing plants to get sick less. This leads to improved product quality, which becomes more delicious, juicier and is stored longer.
- Hydroponic systems use 90% less water than traditional farming methods, but this solution is necessary for cleaning and sterilization, which leads to natural losses during filtration. Our system allows you to avoid filtration, due to the physical phenomena of the electrohydraulic effect, which not only sterilizes the aqueous solution, but most importantly, processes undissolved minerals passing through our system additionally, transferring them into colloidal particles, which increases the efficiency of mineral fertilizers by 30-40%. GRINBIO-1000 additionally reduces water consumption by 20-40%, as it allows more efficient use of nutrient solutions.
The GRINBIO-1000 installation does not require the use of expensive fertilizers and pesticides or chemicals to sterilize the aqueous solution.
Simple peat, ordinary soil from the field is enough to obtain all the necessary minerals, micro and macro elements for the entire period of plant growth. Moreover, the entire aqueous solution is constantly circulating in our system is enriched due to the electrohydraulic crushing of undissolved minerals, which even in this reduces the need to use additional peat or soil.L. Yutkin, a scientist who invented this method 90 years ago and successfully implemented it in the Soviet Union, proved that only 1 kg of soil from the field is enough to provide 1 sq. m of planted field with all the necessary minerals, micro and macro elements for the whole year! And what prevents you from using our mini plant GRINBIO-1000, using the soil as a fertilizer on a permanent basis?!
You will receive absolutely free of charge everything you need for your crops, providing plants in a natural and environmentally friendly way!
Your customers will be happy, and you will be able to fully use the BIO brand, increasing the cost of your products by 3-5 times!
GRINBIO-1000 reduces energy costs by 20-30%, as it allows you to use more efficient operating modes of the system.
- The GRINBIO-1000 hydroponics system does not pollute the environment.
The GRINBIO-1000 additionally reduces the system’s impact on the environment, as it does not require the use of chemicals.
- The GRINBIO-1000 installation is easy to use and does not require any special knowledge or skills.
GRINBIO-1000 does not require complex maintenance and setup.
Minimal costs for consumables
Uses two types of power supply, 220 V and 380 V.
- The GRINBIO-1000 can be used to grow a variety of crops, including vegetables, fruits, berries, herbs, flowers or any type of plant.
GRINBIO-1000 is compatible with a variety of hydroponic systems.
- The GRINBIO-1000 unit is compact and does not take up much space. This allows it to be used at home or in small greenhouses.
- The GRINBIO-1000 unit is safe to use.
GRINBIO-1000 does not pose a danger to humans or the environment.
The GRINBIO-1000 unit uses the innovative technology of Electrohydraulic impulse according to L. Yutkin.
This allows it to be more efficient and environmentally friendly than any other system in the world.It has no analogues!
The price of hydroponic fertilizers can vary significantly depending on several factors:
1. Fertilizer type:
Mineral fertilizers:
As a rule, the cheapest.
Examples: ammophos, superphosphate, potassium salt.Organic fertilizers:
Can be more expensive than mineral ones, but not always.
Examples: compost, manure, bird droppings.Biological fertilizers:
As a rule, the most expensive.
Examples: rhizotorfin, biohumus.Complex fertilizers:
The price depends on the composition.
Examples: nitrophoska, azophoska.Special fertilizers:
Can be very expensive.
Examples: microelement chelates, growth regulators.
2. Brand:
- Well-known brands of fertilizers are usually more expensive than lesser-known ones.
3. Concentration:
- Fertilizers with higher nutrient concentrations tend to be more expensive.
- Deficit:
- Deficiencies of one or more nutrients can result in stunted growth, chlorosis, leaf shape changes and reduced yields.
- Excess:
- Excess nutrients can cause root burns, leaf dieback, toxin buildup in plants and reduced plant quality.
- Too sour:
- Low pH (less than 5.5) prevents plants from absorbing nutrients and causes root rot and other diseases.
- Too Alkaline:
High pH (over 6.5) also blocks nutrient absorption, causing chlorosis and other problems.
- The accumulation of salts in the nutrient solution can lead to dehydration of plants, root burns, wilting of leaves and death of plants.
- The warm, humid conditions in hydroponic systems create a favorable environment for fungal diseases and bacterial infections to thrive. Pests such as aphids, whiteflies, and spider mites can also harm plants in hydroponic systems.
- Not Enough Light:
With insufficient light, plants will wilt, stretch out, and bear little fruit. - Too Much Light:
Too much light can cause burns to leaves and other parts of the plant.
- Equipment failures:
Failures in pumps, timers, sensors, and other components of a hydroponic system can result in plant death. - Power outages:
A power outage can cause the system to stop working and plants to die.
Inappropriate substrate:
A substrate that does not have sufficient water absorption, air permeability or does not contain the necessary nutrients can lead to problems with plant growth.
- Underwatering:
Underwatering can cause plants to become dehydrated, their leaves to wilt, and they to die. - Overwatering:
Overwatering can cause root rot, fungal diseases, and plant death.
Excessive use of chemicals and pesticides in hydroponic systems can lead to a number of serious problems:
1. Environmental Pollution:
Chemicals and pesticides that are not absorbed by plants can enter the environment through the drainage system.
This can lead to soil, water, and air pollution, which negatively affects human health and ecosystems.
2. Human Health Hazards:
Some chemicals and pesticides are toxic to humans and can cause a variety of health problems, including cancer, nervous system disorders, and reproductive problems.
3. Decreased Product Quality:
Excessive use of chemicals and pesticides can lead to the accumulation of toxins in food.
This makes it less healthy and even dangerous to health.
4. Pesticide Resistance:
Excessive use of the same pesticides can lead to the emergence of pests that are resistant to them.
This makes them more difficult to control and requires the use of more toxic pesticides.
5. Damage to beneficial microorganisms:
Chemicals and pesticides can kill beneficial microorganisms that live in the soil and play an important role in decomposing organic matter and improving soil fertility.
- Plant roots need oxygen as well as nutrients.
- A lack of oxygen can lead to root rot, weakened plants, and reduced yields.
