Fertilizers are chemical compounds containing nitrogen, phosphorous, sulphur, sodium, which are essential for the growth and development of crops
There are many P-containing fertilizers to satisfy any P recommendation. While organic P sources are closely associated with livestock operations or with proximity to major metropolitan areas, inorganic commercial fertilizers are widely available for all.
(EMAILWIRE.COM, January 19, 2017 ) The Global Phosphatic Fertilizers Market was worth $57.6 billion in 2016 and estimated to be growing at a CAGR of 3.5%, to reach $68.41 billion by 2021.
Organic Phosphorus Sources:
Organic P fertilizers have been used for centuries as the P source for crops. Even with the advent of P fertilizer technology processes, organic P sources from animal manures—including composts—and sewage sludge are still very important. From a fertilizer/nutrient management perspective, the major differentiating factor is the availability of P. As with any of the fertilizer products, especially those with varying analysis, chemical analysis should be done on these products. Then an availability coefficient should be used to determine the available P as a portion of the reported total P.
Phosphorus from manure or sludge should be comparable to P from inorganic fertilizer. Therefore, if a producer has a P recommendation for 30 lbs/A of P2O5 , applying approximately 65 lbs of 18-46-0 (DAP) or 6 tons of 11-6-9 (manure, 80% available P coefficient) should provide equivalent results.
The P contained in organic P sources is a combination of inorganic and organic P. Essentially, all of the inorganic P is in the orthophosphate form, which is the form taken up by growing plants. Diet fed to the animal has some control on this chemical make-up. Consider P feed supplements and the fact that many of these could be considered P fertilizers as well. Generally, 45-70% of manure-P is inorganic P. Organic P constitutes the remaining total P. Much of the organic P is easily decomposable in the soil, but factors such as temperature, soil moisture, and soil pH all have a bearing on the P mineralization rate. The final decomposition product is orthophosphate P compounds.
The combination of the organic/inorganic P ratios in the organic P sources and the soil environment affect the availability coefficient for organic P. Most animal manure research interpretations indicate that approximately 60-80% of the total P is available to crops in the first year. Due to the chemical composition of other organic P sources such as bone meal, lesser amounts of plant available P compared to total P are expected.
The phosphate fertilizers are commercially mass-produced with the help of phosphate rock. Hence, the demand for phosphate rock is also predicted to witness a very high growth in coming years.
Phosphate is a crucial element for the progression of various crops owed to its capabilities in growth of seeds and roots as well as for the whole development of plants. The nature of modern farming is such that it is extremely reliant on the phosphate fertilizers on account of its aptitude to maximize grain and forage manufacture.
The global demand for phosphate fertilizers is anticipated to observe a speedy growth on account of increasing demand for food as well as the forever growing world population. Increasing consumption of meat and milk has directed towards an upsurge in demand for forage production which has contributed to the growth in the phosphate fertilizers market. Regulations executed by governments on account of phosphate rock being a non-renewable resource and so there can be a few barriers on account of its accessibility acting as a restrain for this market.
Global market for phosphatic fertilizers is segmented by type into Diammonium Phosphate (DAP), Monoammonium Phosphate (MAP), Superphosphate and Others. Based on application the phosphatic fertilizers market is segregated into Grains & Oilseeds, Fruits & Vegetables and Others. Superphosphate type is in great demand due to its advantages over other phosphate types. Phosphates are mainly used in fruits and vegetables to mark the need of phosphates in the body.
Geographically the market is segmented into North America, Europe, Asia-Pacific, Latin America and Middle-East and Africa. Asia Pacific is the fastest growing market for phosphate fertilizers with China being the largest producer of phosphate fertilizers, and the manufacture is likely to further grow over the next few years due to the increasing population in the region and the growing demand for food. North America remains to be one of the largest providers for phosphate fertilizers.
For more details click here: http://www.marketdataforecast.com/market-reports/global-phosphatic-fertilizers-market-922/request-sample
The key players covered in this report are CF Industries Holdings Inc. (U.S.), OCP (Morocco), Agrium Inc., (Canada), Potash Corp. of Saskatchewan (Canada), Mosaic (U.S.), Eurochem (Russia), ICL (Israel), Yara International ASA (Norway), Coromandel International Ltd. (India), and Phosagro (Russia).
Organic Phosphorus Sources:
Organic P fertilizers have been used for centuries as the P source for crops. Even with the advent of P fertilizer technology processes, organic P sources from animal manures—including composts—and sewage sludge are still very important. From a fertilizer/nutrient management perspective, the major differentiating factor is the availability of P. As with any of the fertilizer products, especially those with varying analysis, chemical analysis should be done on these products. Then an availability coefficient should be used to determine the available P as a portion of the reported total P.
Phosphorus from manure or sludge should be comparable to P from inorganic fertilizer. Therefore, if a producer has a P recommendation for 30 lbs/A of P2O5 , applying approximately 65 lbs of 18-46-0 (DAP) or 6 tons of 11-6-9 (manure, 80% available P coefficient) should provide equivalent results.
The P contained in organic P sources is a combination of inorganic and organic P. Essentially, all of the inorganic P is in the orthophosphate form, which is the form taken up by growing plants. Diet fed to the animal has some control on this chemical make-up. Consider P feed supplements and the fact that many of these could be considered P fertilizers as well. Generally, 45-70% of manure-P is inorganic P. Organic P constitutes the remaining total P. Much of the organic P is easily decomposable in the soil, but factors such as temperature, soil moisture, and soil pH all have a bearing on the P mineralization rate. The final decomposition product is orthophosphate P compounds.
The combination of the organic/inorganic P ratios in the organic P sources and the soil environment affect the availability coefficient for organic P. Most animal manure research interpretations indicate that approximately 60-80% of the total P is available to crops in the first year. Due to the chemical composition of other organic P sources such as bone meal, lesser amounts of plant available P compared to total P are expected.
The phosphate fertilizers are commercially mass-produced with the help of phosphate rock. Hence, the demand for phosphate rock is also predicted to witness a very high growth in coming years.
Phosphate is a crucial element for the progression of various crops owed to its capabilities in growth of seeds and roots as well as for the whole development of plants. The nature of modern farming is such that it is extremely reliant on the phosphate fertilizers on account of its aptitude to maximize grain and forage manufacture.
The global demand for phosphate fertilizers is anticipated to observe a speedy growth on account of increasing demand for food as well as the forever growing world population. Increasing consumption of meat and milk has directed towards an upsurge in demand for forage production which has contributed to the growth in the phosphate fertilizers market. Regulations executed by governments on account of phosphate rock being a non-renewable resource and so there can be a few barriers on account of its accessibility acting as a restrain for this market.
Global market for phosphatic fertilizers is segmented by type into Diammonium Phosphate (DAP), Monoammonium Phosphate (MAP), Superphosphate and Others. Based on application the phosphatic fertilizers market is segregated into Grains & Oilseeds, Fruits & Vegetables and Others. Superphosphate type is in great demand due to its advantages over other phosphate types. Phosphates are mainly used in fruits and vegetables to mark the need of phosphates in the body.
Geographically the market is segmented into North America, Europe, Asia-Pacific, Latin America and Middle-East and Africa. Asia Pacific is the fastest growing market for phosphate fertilizers with China being the largest producer of phosphate fertilizers, and the manufacture is likely to further grow over the next few years due to the increasing population in the region and the growing demand for food. North America remains to be one of the largest providers for phosphate fertilizers.
For more details click here: http://www.marketdataforecast.com/market-reports/global-phosphatic-fertilizers-market-922/request-sample
The key players covered in this report are CF Industries Holdings Inc. (U.S.), OCP (Morocco), Agrium Inc., (Canada), Potash Corp. of Saskatchewan (Canada), Mosaic (U.S.), Eurochem (Russia), ICL (Israel), Yara International ASA (Norway), Coromandel International Ltd. (India), and Phosagro (Russia).
Contact Information:
Market Data Forecast.
Abhishek
Tel: +1-888- 702-9626
Email us
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Market Data Forecast.
Abhishek
Tel: +1-888- 702-9626
Email us
----
This press release is posted on EmailWire.com -- a global newswire that provides Press Release Distribution Services with Guaranteed Results