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Inviting Ideas on Innovation in Fertilizer Sector

Inviting Ideas on Innovation in Fertilizer Sector
Start Date :
Jan 15, 2023
Last Date :
Feb 14, 2023
23:45 PM IST (GMT +5.30 Hrs)
Submission Closed

Nano Urea has been provisionally included in Fertilizer Control Order (FCO) 1985. In the preliminary trials, Nano-urea spray on different crops gave comparable yields to those ...

Nano Urea has been provisionally included in Fertilizer Control Order (FCO) 1985. In the preliminary trials, Nano-urea spray on different crops gave comparable yields to those obtained under fully recommended doses of fertilizers, with savings on top-dressed nitrogen.

Nano Fertilizers hold great promise for application in plant nutrition because of their size-dependent qualities, high surface-to-volume ratio, and unique optical properties. Nano Fertilizer releases plant nutrients in a controlled manner, contributing to higher nutrient use efficiency.

In this context, participate & send your ideas regarding innovations in the Fertilizer Sector, which can help increase farmers’ income.

Last date of submission is 14th February 2023.

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Showing 845 Submission(s)
Neelesh_99
Neelesh_99 3 years 5 months ago
Nano Fertilizer is playing important role in today's Agricultural sector. Thus nano fertilizers not only increases the neutrional value of land but also protect the soil value and micro organisms which help to boost the crop yield. Nano fertilizers are far better than traditional Urea. the Cost of Nano fertilizers is less compared to Urea. Farmers can Ean good yield of crops from same field using Nano fertilizers and will help framer in future if long run. For more details check You tube link.Hope India becomes the world's largest crop growing country in World.🙏
Neelesh_99
Neelesh_99 3 years 5 months ago
Respected Government of India and PM. Nano feetizer will play a very important role in today's agricultural world. Nanonfertilizer are made from.combination of minerals and biological products and unrea. Nano fertilizers not in retain the Nutritional value of agricultural land but also help micro ornagisam in land to boost the crop yield. Nano fertilizers is the need of hour reason with increasing population the demand for food will increase and thus their will be more pressure on agricultural sector to get more yield from present Agricultural land. For more details on Agro Natural Technology please check youtube link. Hope you will make it mandatory for farmers to use Nano fertilizers instead of traditional urea. Thak you🙏
THANGARAJ
THANGARAJ 3 years 5 months ago
23.12.22 AGRICULTURE - FERTILISERS Kindly Pray and Prophesy in the Name of Lord Jesus Christ that India should acquire Fertilizer Autonomy For Food Security to Our Country & Feed the World by following means a) Start Dedicated National Level Research & Development Institution for Fertilizer Sector by 2023 b) Soil Organic Carbon Content should be increased to 6% from 0.5% by Organic Fertilisers by 2030. c) Should be get 60% Nitrogen Use Efficiency by 2030 from Present 40 NUE by Scientific Research of better Nitrogen Management in Our Agriculture. d)Indian Domestic Fertilisers Production should meet the Four LMT ( Lakh Metric Tonnes) of Fertilizer/Day, imports of Fertilisers reduced to 10% as value of $5 billion from Present 90% of import and value of $ 24.3 billion within 2030. Amen. May God bless our country
Maria Gabriele Grace DSouza
Maria Gabriele Grace DSouza 3 years 5 months ago
Nano fertilizers provide a greater role in crop production. Studies reveal Nano fertilizers enhanced growth, yield and quality parameters of the crop which result in better yield and quality food products for human and animal consumption. Organic wastes as a source of Innovative Fertilizers a Down- to- Earth principle ad sustainable agriculture. Turning agricultural organic wastes into fertilizers, soil improvers, growing media and bio stimulants is a key stone for the global development of circular bioeconomy. Organic byproducts generated along the whole food production chain contains nutrients, organic compounds and microorganisms that can be transformed into wide range of high value based products. These nutrients can replace conventional fertilizers manufacturing from non- renewable sources on which modern agriculture relies.
FalanshuMangal
FalanshuMangal 3 years 5 months ago
1.)Nano Fertilisers is good because naturally I feel that the amount of fertilisers we spray is too much and much of it is wasted and you know that a farmer does not spray to waste as it costs a lot! but due to unawareness of actually how much is just required for same yields and what damage access amount of it can cause to his land and naturally to country's land is unimaginable. 2.) Government must provide incentives to farmers to use this technology. 3.)Sadhguru's Save Soil Movement which moved nearly all the. countries of the world and got responses from 4 Billion people across the world must also be paid attention to which asks incentives must be provided form governments to farmers to increase the organic content of the soil and that would dramatically decrease down the requirement for fertilisers and water(irrigation requirements) required for the soil.
Ajay Kumar Tripathi
Ajay Kumar Tripathi 3 years 5 months ago
6.Recycling of waste: Using waste such as sewage, food waste and industrial waste to create organic fertilizers can reduce waste and the demand for synthetic fertilizers. 7.Micro-dosing: Use of precise, tiny doses of fertilizers in a targeted manner can help optimize crop growth while minimizing environmental impacts.
Ajay Kumar Tripathi
Ajay Kumar Tripathi 3 years 5 months ago
1.Precision agriculture: Using technology such as GPS and sensor systems to precisely apply fertilizers and other inputs to specific areas of a field, rather than applying them in a blanket manner. This can help farmers save on inputs costs and reduce environmental impact. 2.Use of organic fertilizers: Incorporating organic matter such as compost, manure and bio-fertilizers can improve soil health and fertility, and reduce reliance on synthetic fertilizers. 3.Slow-release fertilizers: Developing fertilizers that release nutrients slowly over time can reduce the need for frequent reapplication and minimize the risk of nutrient loss through leaching. 4.Biotechnology: Developing crops that are more efficient at extracting nutrients from the soil or that can thrive with less fertilizer input. 5.Digital agriculture: Use of technology such as drones, sensors, and precision agriculture tools to monitor crop health and soil conditions in real-time and optimize fertilizer use ac