Our product is currently in the development stage. We're looking for partners to test our nanopowders. Feel free to contact us for more information.

Methodology:

Tests to verify the effectiveness of NanoboosteX nanopowders were carried out using different versions and concentrations of nanopowders in relation to zero samples.

Crop type:

• internal crops [Nanocultiv] and external crops [Partners-Farmers];

• field crops; vertical crops; greenhouse crops.

NanoboosteX nanopowders are adapted to the changing requirements of agricultural production and meet new market expectations. They are an environmentally friendly, non-toxic and biodegradable product. Thanks to them, the plant does not adsorb harmful compounds from the soil. NanoboosteX nanopowders reduce the cost of plant cultivation. They make it possible to generate less carbon dioxide and save water and energy. They are versatile, easy to use and store. They can be applied to many types of crops.

Type of soil:
The best results can be obtained with fertile soils.

Application:
The appropriate amount of product should be poured into a container of water and mixed thoroughly until a homogeneous suspension is obtained. Then applied topically. A single soil application is sufficient for the entire life cycle of the plant.

Dosage:
Select the proportion in relation to the acreage of crops and the number of plants. The amount of nanopowder varies from 0.06 - 3 mg / plant.

Accelerate the growth and development of the above-ground part of the plant: stem, leaves, buds, flowers and fruits.

Increase the adsorption capacity of micro and macronutrients present
in the soil.

Positive effect on the mass and development of the plant's root system.

NanoboosteX nanopowders cause the formation of an expanded plant root system. This allows plants to increase their ability to take up micro- and macronutrients, as well as to conduct photosynthesis more actively. In addition, the activity of key enzymes involved in, for example, carbon or nitrogen metabolism is increased. This results, among other things, in increased accumulation of carbohydrates (sugar, starch), soluble protein or nitrogen. The above-mentioned mechanisms contribute to improving both the quality and quantity of crop production.

Climate change is negatively affecting agricultural production through the occurrence of more frequent droughts, floods, migration of pollutants, contamination of soils, rising crop costs, etc.

Climate Change

Agriculture

Gas emissions, chemicals use, inefficient soil and crop management, and transportation contribute to climate change.

Agriculture contributes significantly to the progression of climate change at the same time dealing with its negative effects. One of the necessary measures is the reduction of greenhouse gas emissions from agriculture and the use of environmentally safe fertilizers and crop protection products.

Created by Nanocultiv - dedicated unit of Nanoseen specializing in the application of nanotechnology in agriculture.

NanoboosteX are innovative nanopowders that have carbon-based nanomaterials in their composition. They are characterized by high purity, homogeneity and high adsorption capacity.  As a result, the nanopowders increase soil yield and productivity and stimulate plant growth to produce healthy, organic agricultural products and plants.