direction to use

Direction to use

The major obstacle that lies in the production of crops production is the availability of rainfall. The main challenge regarding increasing profitability is to enhance the efficiency of the crop production. AGRI HYDROGEL is the efficient solution that will increase productivity while making the most of the water that is available. This unique technology will retain the nutrients, moisture, and water present in the soil. The aim of this project is to determine the impact that AGRI HYDROGEL has on the use of while growing different crops.

Crop

Sugarcane Soil Irrigation Application : Shallow Soil : Furrow flood irrigation, a traditional farming approach to determine the impact of it on crops. :During the time the crops were planted, Agri Hydrogel(in the form of dry granules) along with sugarcane sets were used on the furrows.Both the sets and AGRIHYDROGEL were covered with soil.
Treatment Product used Qty kg/Ha Yield
AGRI HYDROGEL- Sandy Soil 30 kg/Ha High
AGRI HYDROGEL- Loamy Soil 25 kg/Ha High
AGRI HYDROGEL-Clay Soil 20 kg/Ha High
Grape
Treatment Product used Qty kg/acre More Yield
Percentage
AGRI HYDROGEL 9 8%
AGRI HYDROGEL 14 20%
AGRI HYDROGEL 18 26%
CONTROL (farmer’s slandered practice)

The climatic conditions affected the productivity of the grape cultivation in 2017-2018. There was a significant drop of 30% in the quality. However, farmers are thrilled about the significant increase in the total yield by 26%. All of which is done without compromising the quality of the crop or soil. The 16kg acre treatment finally worked its charm.
Onion
Treatment Product used Qty kg/acre More Yield
Percentage
AGRI HYDROGEL 9 31%
AGRI HYDROGEL 14 46%
CONTROL FARMER PRACT. N A

Onion cultivation was powered by drip irrigation system. Adequate and timely availability of water along with modern agricultural practices of the farmers has shown a rise of 46% in yield.
Farmers witnessed a change in the colour, size, and improved marketability of the produce.
Pomegranate
Treatment Product used Qty kg/acre More Yield
Percentage
AGRI HYDROGEL 9 5%
AGRI HYDROGEL 14 12%
AGRI HYDROGEL 18 18%
CONTROL N.A. N.A

Farmers said, “There was a significant improvement in the colour and size of the produce. The yield increases by 18kgs due to the application of the treatment. Farmers have often experienced a fall in the quality of the fruits when yield increased.
However, that was not the case here. Not only did the yield increase but it also had an impact on the colour and quality.
Cotton
Treatment Product used Qty kg/acre More Yield
Percentage
AGRI HYDROGEL 2 25%
AGRI HYDROGEL 4 35%
CONTROL .

Increase in cotton boll weight than the number of bolls

Methods

Broadcast application

Furrow application

Mixing into soil

Mixing into substrate

Potatoes, tomatoes, vegetables

50 – 60 kg/ha

40 – 50 kg/ha

Small grain cereals

20 – 45 kg /ha

15 – 25 kg /ha

Maize

45 – 60 kg/ha

25 – 45 kg/ha

Sunflower

50 – 70 kg/ha

30 – 50 kg/ha

Vegetables transplanting (cabbage, tomato, sweet, pepper, etc.)

1 – 3.50 g/seedling

On seedling transplant of shrubs, tree, ornamentals & vines

2.5 – 250 g/seedling

a) Small seedlings (eucalyptus)

2.5 – 25 g/seedling

b) Medium seedlings (grapevine)

10 – 30 g/seedling

c) Large seedlings (date palm, olive)

25 – 260 g/seedling

Injection in established shrubs, tree, ornamentals & vines

35 – 350 g/shrub or tree

a) Soft fruits (with the exception of strawberries)

40 – 85 g/shrub

b) Top fruits, olive and palm trees

75 – 400 g/tree

Established turf grass

85 – 100 g /m2

Turf-bearing layer

85 – 100 g /m2

Greenhouse substrates and potting mixes

2 – 3 kg/ m3

Generally 200g of water absorbent polymer is given for every fruit tree, which may increase the water supply and fertilizer for the tree for five years period and save the irrigation water quantity and improve the fruit quality.
Test data:
After exploitation water absorbent polymer 200g per plant: the production of mango, banana and other fruit trees increase 25-30%.