Zeopotas

The production of organic products using the least amount of chemicals materials and toxins will increase public health. Zeoptas (potassium clinoptiliolite zeolite) has unique capabilities including high absorbable potassium for the plant, high specific surface area, high cation exchange capacity is very useful in achieving this goal.

The most important issue in the production of healthy agricultural products is to maintain the natural balance and not to use substances that upset this balance. zooptas is a completely natural substance with main and micro nutrients elements as well as its unique properties could successfully help to maintance of this balance.

Benefits and effects of zoopotas on crop yields and plant growth:

Increasing the production and quality of agricultural products.
Increasing the amount, absorption and transfer of vitamin C in fruits and plants.
Improving the shell quality of products as a result, increasing their storage capacity.
Weight gain and number of plant products.
Reduce the number of immature and reduce the fall of flowers.
Increasing the freshness, vitality and volume of agricultural products.
Carriers of herbicides and pesticides
Prevent spoilage and spoilage of products in storage for a long time after the harvest season.
Positive and very noticeable effect on the color and taste of products
Prevent plant root burns and improve root and plant growth
Increase in leaf height, number of tillers and branches of plants and trees.
Increasing plant resistance to corruption and diseases.
Increasing plant absorption coefficient.

Zeopotas for soil amendment

Soil nutrient deficiencies due to excessive use in a short time, create an urgent and constant need for natural and chemical fertilizers. Unsuitable texture of the soil under cultivation and soil erosion and scarcity is always one of the main concerns of agriculture. Soil salinization and pollution is one of another important problems for today agriculture.

Applying zeopotas in soils, both in light and heavy soils, improves soil properties. Addition of zeopotas to light sandy soils reduces excessive water infiltration and vertical distribution. Zeopotas retains the necessary materials for plant growth like water and nutrients elements in its cavities and using high cation exchange capacity.

Zeopotas benefits in soil

Increasing the ratio of water resistant aggregates.
Prevent nitrogen leaching from soil due to irrigation and rain.
Prevention of soil erosion and waste due to its high ability to absorb water and moisture.
Absorption of moisture in the air and soil and its gradual release into the soil.
Improving optimal soil ventilation and oxygen supply.
Improving the physical and chemical quality of soil and improving the conditions of the ecological system
Prevention of soil depletion from nutrients elements due to high cation exchange capacity.
Adjust soil pH and balance it optimally.
Supplement of soil nutrient elements and thus improving plant quality and fruit quality and taste.
Increased biological and microorganism activities.
Reduce soil salinity
Lack and control of soil moisture as a result of a positive effect on soil microflora.
Increasing nitrogen balance, especially in nitrogen soils (20-30%)
Reducing the effect of toxic elements in soil by absorbing arsenic, cadmium, zinc, copper and lead.
Prevent soil and plant freezing

Today, the use of chemical and natural fertilizers to enhance the soil fertility and increase agricultural products is inevitable. However, excessive use of chemical fertilizers and their severe washing, in addition to imposing high costs, will cause contamination of soil and water resources and even agricultural products. Zeoptas due to its unique properties such as high cation exchange capacity, high specific surface area, high potassium content and porous structure could decrease need for using fertilizer with improvement fertilizer washing as well as supplying some nutrient elements.

Shortening the fermentation time of manure.
Pasteurization of organic fertilizers, compost and animal manure as well as elimination of toxic and fungal elements
Purification of animal manures from microbial, fungal and contaminants, especially aflatoxins.
Elimination of parasites and weed seeds in natural fertilizers
Eliminate the unpleasant odor of fresh natural fertilizers
Rapid uptake of urea by natural fertilizers and its conversion to absorbable nitrogen
Solubility of natural minerals containing phosphorus (apatite)
Potassium suppliers
Purifier and composting agent for sludge and wastewater for use as fertilizer by removing heavy metals and preventing wastage of nitrogen compounds from them

Water

One of the major challenges in agriculture is the supply of safe and sufficient water resources. Today, various solutions have been considered to deal with this issue. Zeopotas due to the presence of cavities and channels in its structure for absorb moisture and also the surface adsorption of some anions as well as high cation exchange capacity and adsorption of various pollutants could be very effective in this field.

High water consumption savings with ability to maintance water in its cavity and pores
Reduce water salinity
Absorption of toxic metals and other pollutants in water using high cation exchange capacity and surface adsorption

. Pesticide and herbicide

Due to the fact that more than 40% of agricultural products are destroyed by factors such as pests, diseases and weeds, today the use of chemical pesticides in agriculture is inevitable. Leaching toxins in soils, while imposing additional costs, pollutes water and soil resources even agricultural products. Therefore reducing their consumption is one of the most important issues to produce healthier and more economical products. Zeopotas with pores and cavities in its structure as well as surficial adsorption and cation exchange capacity has a unique ability to prevent the leaching of these toxins.

Case Studies

The use of zeoptas in saffron cultivation has increased yield by 94%.
Studies on chicory, cumin, lemongrass and many medicinal plants have shown that the use of Zeoptas has caused prematurity and increased greenness.
Studies on aloe vera have shown improved morphological properties, increased aloe vera active ingredient, and increased vitamin C levels under water stress. In vetiver, it has increased pH, electrical conductivity, root growth, and stem.
The use of zooptas in pistachio, citrus, walnut, grape, palm, apple, pomegranate and black root orchards has resulted in an average of 30-30% increase in yield. At the same time, at least a 30% reduction in irrigation was reported.
In the corn, beets, beans, cotton and tomatoes farms, the use of Zeopotase of this company, increase product more than 35%, with higher quality and with better appearance than the control farms Also, although the same chemical fertilizer was used in all experimental and control farms, but the amount of nitrate in the products obtained in zeolite soils was a quarter compared to the control group.
Proper use of zooptas with fresh manure in rice fields has greatly reduced water consumption by about 70% and at the same time increased the yield by 18%. Many common pests, such as rice stem borer, were not observed in these fields without the need for spraying. While control farms, in addition to the four stages of spraying, were still involved in such pests.

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