The global nano urea market is anticipated to project robust growth in the forecast period, 2022-2035, with an impressive CAGR value of 32.11% on account of increasing demand for food crops. The rapidly increasing global population and the necessity to fulfill food requirements are further driving the growth of the global nano urea market in the forecast period.

Technical advancement in any sector is indispensable with time. Many industries have faced an evolutionary transformation that has effectively aided in bringing a revolutionary change in people's lives, and the fertilizer industry is no exception. Recently, to uplift the detrimental effects of Nitrogenous based fertilizer, prevalent technology used in the fertilizer industry has been upgraded for the enrichment of crop productivity and enhancement in the quality of various types of crops like food crops, cash crops, horticulture crops, and Plantation crops.

Nano-urea is the result of combining nanotechnology with agriculture to improve the capabilities of nitrogen-based fertilizer. Nanoparticles are mostly used to make fertilizer more easily and efficiently absorbable by plants. Nano urea fertilizers are intended to increase agricultural yields, enhance plant absorbency, and offer more nutrients to plants, making them a preferred alternative among consumers worldwide.

Demand for nanotechnology-based fertilizer is on the rise

Overall economic growth of a country hugely depends on the growth of every industry within the country. It will be unjust to claim that a particular industry/ sector is solely responsible for the entire growth of the economy. The agriculture sector, if not the major contributor to the economy, is surely the backbone of any country because it is supremely important to have all the people non-deprived of food. So, to achieve desirable production and optimal quality of crops, it becomes necessary to have the smoothest and most efficient functioning of the entire value chain. However, there are several factors that undesirably exist in nature and cause damage to the plants and hamper their growth. This adversity could be due to the pollutants in the environment, excessive utilization of the Nitrogenous based fertilizers, or sometimes using the organic-based fertilizer, which tends to spoil the production by not delivering the essential nutrients effectively.

Toxins in the soil, water, and air reduce crop output, impede plant growth, and accumulate in fruits and vegetable crops. As a result, demand for efficient and reliable fertilizers is surging, leading the worldwide nano urea market over the forecast period. In the forecast years, until 2035, demand for Nano urea-based fertilizers will boost the expansion of the Global Nano Urea Market.

Distinguishing feature of Nano Urea aids in Market Growth

Nano urea has numerous characteristics that aid in continuous plant growth; thus, its use in the field will progressively increase, supporting the global nano urea market's growth over the forecast period. The nutrient consumption efficiency of traditional fertilizer for sodium (N), phosphorus (P), and potassium (K) is barely more than 30% -35 percent, 18% -20 percent, and 35-40 percent, respectively. For about 30 days, nanoparticles slowly and steadily deliver the nutrition consistently. This approach accelerates nutrient absorption efficiency while causing no adverse side effects. Because the absorption process is slowed, there is less likelihood of nutrient loss, which helps maintain the environment clean. The development of nanotechnology-based slow/controlled-release fertilizer and conditional release insecticides and herbicides has become vital for fostering the development of environmentally friendly and sustainable agriculture. Indeed, nanotechnology has made it possible to use nanoscale or nanostructured materials as fertilizers carriers or controlled-release drivers for developing "smart fertilizer" as new facilities to improve nutrient usage efficiencies and reduce environmental protection costs.


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Market Segmentation

The global nano urea market is segmented based on end use, sales channel, region, and competitional landscape. On the basis of end use, the market is further segmented into food crops, cash crops, horticulture crops, plantation crops, and others. Based on sales channel, the market is segmented into Direct Sales and Indirect Sales. On the basis of regional analysis the market is divided into North America, Europe, Asia-Pacific, South America, and Middle East & Africa.

Company Profiles

Indian Farmers Fertilizer Cooperative Limited, Rashtriya Chemicals and Fertilizers Limited, National Fertilizers Limited, CF Industries Holdings Inc., Nutrien Limited, Yara International ASA are among the major market players in the global nano urea market.

Attribute

Details

Market Size Value in 2022 (estimated)

USD 91.94 Million

Revenue Forecast in 2035

USD 3431.79 Million

Growth Rate

32.11 %

Base Year

2021

Historical Years

NA (Since the product itself was invented in 2021)

Estimated Year

2022

Forecast Period

2023 – 2035

Quantitative Units

Revenue in USD Million, Volume in Million liters and CAGR for 2022-2035

Report Coverage

Revenue forecast, company share, competitive landscape, growth factors, and trends

Segments Covered

·         End Use

·         Sales Channel

·         Region

Regional Scope

Asia-Pacific, Europe, North America, South America, and Middle East & Africa

Country Scope

India, China, Australia, Pakistan, Japan, South Korea, Sri Lanka; Sweden, Italy, United Kingdom, Spain, Belgium, Austria, Germany, France; United States, Canada, Mexico; Brazil, Argentina; South Africa, Saudi Arabia, Iran.

Key Companies Profiled

Indian Farmers Fertilizer Cooperative Limited, Rashtriya Chemicals and Fertilizers Limited, National Fertilizers Limited, CF Industries Holdings Inc., Nutrien Limited, Yara International ASA

Customization Scope

10% free report customization with purchase. Addition or alteration to country, regional & segment scope.

Pricing and Purchase Options

Avail customized purchase options to meet your exact research needs. Explore purchase options

Delivery Format

PDF and Excel through Email (We can also provide the editable version of the report in PPT/pdf format on special request)


Report Scope:

In this report, global nano urea market has been segmented into the following categories, in addition to the industry trends which have also been detailed below:

  • Nano Urea Market, By End Use:
    • Food Crops
    • Cash Crops
    • Horticulture Crops
    • Plantation Crops
    • Others
  • Nano Urea Market, By Sales Channel:
    • Direct Sales
    • Indirect Sales
  • Nano Urea Market, By Region:
    • Asia-Pacific
      • India
      • China
      • Australia
      • Pakistan
      • Japan
      • South Korea
      • Sri Lanka
    • Europe
      • Sweden
      • Italy
      • United Kingdom
      • Spain
      • Belgium
      • Austria
      • Germany
      • France
    • North America
      • United States
      • Canada
      • Mexico
    • South America
      • Brazil
      • Argentina
    • Middle East & Africa
      • Saudi Africa
      • Saudi Arabia
      • Iran

Competitive Landscape

Company Profiles: Detailed analysis of the major companies present in global nano urea market.

Available Customizations:

With the given market data, TechSci Research offers customizations according to a company’s specific needs. The following customization options are available for the report:

Company Information

  • Detailed analysis and profiling of additional market players (up to five).

In case you don’t find what you are looking for, please get in touch with our custom research team at sales@techsciresearch.com

1.    Product Overview

2.    Research Methodology

3.    Demand Supply Outlook – Global Nano Urea Market

3.1.  Capacity By Company

3.2.  Capacity By Location/Country

3.3.  Capacity By Technology

3.4.  Production

3.5.  Operating Efficiency

3.6.  Demand By End Use

3.7.  Demand By Sales Channel (Direct, Indirect)

3.8.  Demand By Region

3.9.  Sales By Company

4.    Global Demand-Supply Gap, 2021-2035

5.    Demand Supply Outlook – APAC Nano Urea Market

5.1.  Demand By End Use

5.2.  Demand By Sales Channel

5.3.  Demand By Country

6.    APAC Country-Wise Demand-Supply Gap, 2021-2035

6.1.  Demand Supply Outlook – India Nano Urea Market

6.1.1.     Capacity By Company

6.1.2.     Capacity By Location

6.1.3.     Capacity By Technology

6.1.4.     Production By Company

6.1.5.    Operating Efficiency By Company

6.1.6.    Demand-Supply Scenario

6.1.7.    Demand By End Use

6.1.8.    Demand By Sales Channel

6.2.  Demand Supply Outlook – China Nano Urea Market

6.2.1.    Demand By End Use

6.2.2.    Demand By Sales Channel

6.3.  Demand Supply Outlook – Australia Nano Urea Market

6.3.1.    Demand By End Use

6.3.2.    Demand By Sales Channel

6.4.  Demand Supply Outlook – Pakistan Nano Urea Market

6.4.1.    Demand By End Use

6.4.2.    Demand By Sales Channel

6.5.  Demand Supply Outlook – Indonesia Nano Urea Market

6.5.1.    Demand By End Use

6.5.2.    Demand By Sales Channel

6.6.  Demand Supply Outlook – Japan Nano Urea Market

6.6.1.    Demand By End Use

6.6.2.    Demand By Sales Channel

6.7.  Demand Supply Outlook – South Korea Nano Urea Market

6.8.  Demand Supply Outlook – Sri Lanka Nano Urea Market

7.    Europe Country-Wise Demand-Supply Gap, 2021-2035

7.1.  Demand Supply Outlook – Europe Nano Urea Market

7.1.1.     Demand By End Use

7.1.2.     Demand By Sales Channel

7.1.3.    Demand By Country

8.    Europe Country-Wise Demand-Supply Gap, 2021-2035

8.1.  Demand Supply Outlook – France Nano Urea Market

8.1.1.     Demand By End Use

8.1.2.     Demand By Sales Channel

8.2.  Demand Supply Outlook – Germany Nano Urea Market

8.2.1.     Demand By End Use

8.2.2.     Demand By Sales Channel

8.3.  Demand Supply Outlook – Spain Nano Urea Market

8.3.1.     Demand By End Use

8.3.2.     Demand By Sales Channel

8.4.  Demand Supply Outlook – United Kingdom Nano Urea Market

8.4.1.     Demand By End Use

8.4.2.     Demand By Sales Channel

8.5.  Demand Supply Outlook – Italy Nano Urea Market

8.5.1.     Demand By End Use

8.5.2.     Demand By Sales Channel

8.6.  Demand Supply Outlook – Sweden Nano Urea Market

8.6.1.     Demand By End Use

8.6.2.     Demand By Sales Channel

8.7.  Demand Supply Outlook – Belgium Nano Urea Market

8.7.1.     Demand By End Use

8.7.2.     Demand By Sales Channel

9.    Demand Supply Outlook – North America Nano Urea Market

9.1.  Demand By End Use

9.2.  Demand By Sales Channel

9.3.  Demand, By Country

10. North America Country-Wise Demand-Supply Gap, 2021-2035

10.1.             Demand Supply Outlook – United States Nano Urea Market

10.1.1. Demand By End Use

10.1.2. Demand By Sales Channel

10.2.             Demand Supply Outlook – Mexico Nano Urea Market

10.2.1. Demand By End Use

10.2.2. Demand By Sales Channel

10.3.             Demand Supply Outlook – Canada Nano Urea Market

10.3.1. Demand By End Use

10.3.2. Demand By Sales Channel

11. Demand Supply Outlook – South America Nano Urea Market

11.1.             Demand By End Use

11.2.             Demand By Sales Channel

11.3.             Demand By Country

12. South America Country-Wise Demand-Supply Gap, 2021-2035

12.1.             Demand Supply Outlook – Brazil Nano Urea Market

12.1.1. Demand By End Use

12.1.2. Demand By Sales Channel

12.2.             Demand Supply Outlook – Argentina Nano Urea Market

12.2.1. Demand By End Use

12.2.2. Demand By Sales Channel

13. Demand Supply Outlook – Middle East & Africa Nano Urea Market

13.1. Demand By End Use

13.2. Demand By Sales Channel

13.3. Demand By Country

14. Middle East & Africa Country-Wise Demand-Supply Gap, 2021-2035

14.1.             Demand Supply Outlook – South Africa Nano Urea Market

14.1.1. Demand By End Use

14.1.2. Demand By Sales Channel

14.2.             Demand Supply Outlook – Saudi Arabia Nano Urea Market

14.2.1. Demand By End Use

14.2.2. Demand By Sales Channel

14.3.             Demand Supply Outlook – Iran Nano Urea Market

14.3.1. Demand By End Use

14.3.2. Demand By Sales Channel

15.  Market Dynamics

15.1. Drivers

15.2. Challenges

16.  Market Trends and Developments

17.  Policy & Regulatory Landscape

18.  Competitive Landscape

18.1.             Competition Outlook

18.2.             Company Profiles

18.2.1. Indian Farmers Fertilizer Cooperative Limited

18.2.2. Rashtriya Chemicals and Fertilizers Limited

18.2.3. National Fertilizers Limited

18.2.4. CF Industries Holdings Inc.

18.2.5. Nutrien Limited

18.2.6. Yara International ASA

19. Strategic Recommendations

20. About us & Disclaimer

In case you don’t find what you are looking for, please get in touch with our custom research team at sales@techsciresearch.com
  • List of Figures:

    Figure 1: Global Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 2: Global Per Capita Food Consumption, 2015, 2030F & 2050F (Kcal/Person/Day)
    Figure 3: Global Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 4: Global Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 5: Global Arable Land Per Capita, 2000, 2005, 2030F & 2050F (Square Yards)
    Figure 6: Global Nano Urea Market Share, By Region, By Volume, 2021-2035F
    Figure 7: Asia Pacific Nano Urea Market Size, By Volume (Million Liters), 2021-2035F
    Figure 8: NPK Composition of Fertilizers in Percentages in East Asia in 2020
    Figure 9: Asia Pacific Nano Urea Market Share, By End Use, By Volume, 2021-2035F
    Figure 10: Asia Pacific Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 11: Asia Pacific Nano Urea Market Share, By Country, By Volume, 2021-2035F
    Figure 12: India Nano Urea Market Size, By Volume (Million Liters), 2021-2035F
    Figure 13: India Nano Urea Market Share, By End Use, By Volume, 2021-2035F
    Figure 14: India Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 15: China Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 16: China Agriculture Land in Percentages from 2015-2020
    Figure 17: China Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 18: China Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 19: Australia Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 20: Australia Rice Yield in Percentages from 2015-2020
    Figure 21: Australia Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 22: Australia Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 23: Pakistan Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 24: Pakistan Rice Yield in Percentages from 2015-2020
    Figure 25: Pakistan Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 26: Pakistan Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 27: Indonesia Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 28: Indonesia Agricultural Land in Percentages from 2015-2020
    Figure 29: Indonesia Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 30: Indonesia Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 31: Japan Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 32: Japan Rice Yield in Percentages from 2015-2020
    Figure 33: Japan Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 34: Japan Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 35: South Korea Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 36: South Korea Rice Yield in Percentages from 2015-2020
    Figure 37: South Korea Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 38: South Korea Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 39: Sri Lanka Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 40: Sri Lanka Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 41: Sri Lanka Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 42: Europe Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 43: NPK Composition of Fertilizers in Percentages in Western & Central Europe in 2020
    Figure 44: Europe Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 45: Europe Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 46: Europe Nano Urea Market Share, By Country, By Volume, 2022E-2035F
    Figure 47: France Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 48: France Rice Yield in Percentages from 2015-2020
    Figure 49: France Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 50: France Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 51: Germany Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 52: Germany Agriculture Land in Percentages from 2015-2020
    Figure 53: Germany Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 54: Germany Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 55: Spain Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 56: Spain Rice Yield in Percentages from 2015-2020
    Figure 57: Spain Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 58: Spain Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 59: United Kingdom Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 60: United Kingdom Agricultural Land in Percentages from 2015-2020
    Figure 61: United Kingdom Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 62: United Kingdom Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 63: Italy Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 64: Italy Rice Yield in Percentages from 2015-2020
    Figure 65: Italy Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 66: Italy Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 67: Sweden Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 68: Sweden Agricultural Land in Percentages from 2015-2020
    Figure 69: Sweden Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 70: Sweden Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 71: Belgium Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 72: Belgium Rice Yield in Percentages from 2015-2020
    Figure 73: Belgium Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 74: Belgium Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 75: Austria Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 76: Austria Agricultural Land in Percentages from 2015-2020
    Figure 77: Austria Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 78: Austria Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 79: North America Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 80: NPK Composition of fertilizers in percentages in North America in 2020
    Figure 81: North America Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 82: North America Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 83: North America Nano Urea Market Share, By Country, By Volume, 2022E-2035F
    Figure 84: United States Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 85: United States agriculture land in percentages from 2015-2020
    Figure 86: United States Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 87: United States Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 88: Mexico Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 89: Mexico Rice yield in percentages from 2015-2020
    Figure 90: Mexico Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 91: Mexico Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 92: Canada Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 93: Canada agricultural land in percentages from 2015-2020
    Figure 94: Canada Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 95: Canada Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 96: South America Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 97: NPK Composition of fertilizers in percentages in South America in 2020
    Figure 98: South America Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 99: South America Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 100: South America Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 101: South America Nano Urea Market Share, By Country, By Volume, 2022E-2035F
    Figure 102: Brazil Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 103: Brazil Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 104: Brazil Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 105: Argentina Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 106: Argentina Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 107: Argentina Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 108: Middle East & Africa Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 109: Middle East & Africa Rice yield in percentages from 2015-2020
    Figure 110: Middle East & Africa Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 111: Middle East & Africa Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 112: Middle East & Africa Nano Urea Market Share, By Country, By Volume, 2022E-2035F
    Figure 113: South Africa Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 114: Use of fertilizers in agriculture in Africa as of 2020, by region
    Figure 115: South Africa Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 116: South Africa Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 117: Saudi Arabia Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 118: Saudi Arabia agricultural land in percentages from 2015-2020
    Figure 119: Saudi Arabia Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 120: Saudi Arabia Nano Urea Market Share, By Sales Channel, By Volume, 2022E
    Figure 121: Iran Nano Urea Market Size, By Volume (Million Liters), 2022E-2035F
    Figure 122: Iran agricultural land in percentages from 2015-2020
    Figure 123: Iran Nano Urea Market Share, By End Use, By Volume, 2022E-2035F
    Figure 124: Iran Nano Urea Market Share, By Sales Channel, By Volume, 2022E