In the 20th century this was the very first P fertilizes that was widely used. It is technically known a monocalcium phosphate and dihydrogen phosphate. This is an amazing P source but the use has gone down incredibly because of the popularity if other kinds of P fertilizers.
Triple superphosphate is quite simple in its concept. The non-granular TSPN is usually produced through reacting them finally ground rock of phosphate with the liquid phosphoric acid within a cone kind of mixer. The granular type is made in a more similar manner and the slurry gar results is then sprayed as coating on small particles so as to come up with granules of the sizes desired.
The product that results from both methods is then left so as to cure for some weeks and during this time, chemical reactions get completed slowly. The reaction process and the chemistry of reaction may vary depending on the phosphate rock properties.
Its agricultural use
The TSP has got different agronomic advantages which has made it a very popular source of P for quite some years. This is a fet5ilizer which has the very higher o content in the dry fertilizers which don’t have N. 90% of all the P in this fertilizer is actually soluble in water and this means that it is available foe uptake by plants in a more ready way. When granule is dissolved by soil moisture, the soil solution that I concentrated becomes quite acidic.
It also has a concentration of calcium standing at 15% and this means that the plant is provided with even more nutrients.
One of TSP use is where different kinds of fertilizers in the solid forms are blended so as to be broadcast on the surface of the soil or for purposes of application in concentrated bad just beneath the surface.
Triple superphosphate fertilizer is very ideal for all sorts of leguminous crops like beans and the alfalfa crops that do not need any fertilization with N which can aid the biological N fixation.
The management practices
Popularity of TSP has really gone down die to its nutrient content which is much lower than the ammonium phosphate fertilizers like monoammonium phosphate. In comparison, the monoammonium phosphate fertilizer has 11% N and 52% P2O5.
In comparison to the ammonium phosphates, the cost of production is quite high. This is something that makes the economics a bit unfavorable for this kind of fertilizer.
The P fertilizer really needs to be well managed so as to reduce the losses especially from the surface water runoff from crop fields. This loss can actually contribute to the stimulation of algae growth which can be quite undesired. The most appropriate nutrient management practices should be applied so as to minimize all sorts of risks that are associated with this.
More on the fertilizer
- This fertilizer can be a very cheap source of phosphorus that you can find. It is used in lots of situations where phosphorus is needed or in different blend ranges.
- The manufacture of triple superphosphate is done in 2 stages. The very first one is where sulphuric acid is reacted nicely with phosphate rock so as to come up with the phosphoric acid. Gypsum is the byproduct of this stage and it is usually removed. The phosphoric acid is then reacted with the phosphate rock which results in the triple superphosphate.
- Since this is a low cost phosphorus source, it is usually a substitute in many of the single superphosphate that is used in different cropping blends. The product can be used in blends such as MOP and DAP. It is also a phosphorus source in the situations where there is no nitrogen requirement like the case of good fallow after a pasture was dominated by cloves. It can also be used in different horticultural blends when there is a need to boost the phosphorus content.
- The physical qualities of this fertilizer are excellent. It is able to handle, store and flow through all sorts of equipment very we’ll. Also, it doenst take up the moisture when in storage or when in the field. It is also capable of spreading very evenly. When compared to others fertilizers, triple superphosphate fertilizer is able to flow in a quicker manner. This is around 15-20% than DAP. Calibration should be taken carefully before one starts sowing.
- With this one, do not nix with urea because a reaction will occur and they will become wet. When you want to blend, make sure you ask for the suitability of the same.
The crops are very special and unique and you should also choose the fertilizer as carefully as possible. Having an inept understanding of all the factors will help you understand exactly what your crops need. Triple superphosphate fertilizer is essential for your crops especially when you know what it can help them do.
Phosphorus is a very important nutrient and it is one of the three primary nutrients. Fertilizers are able to give plants the amount of phosphorus they need as well as the potassium and nitrogen which are the other two. Triple superphosphate is a very common fertilizer and it is the high phosphate content that makes it stand out. It needs to be applied with great care.
Triple superphosphate fertilizer is usually applied on the plants which are grown within soils that have a low or average phosphorus levels. When absent, the development of a root is very weak and the growth of the plant is stunted. Lack of it leads to turning of plants into an abnormal color.
It effect is usually limited to the alkali or neutral souls. The composition is highly soluble in after and the effects show very quickly. When application isn’t done well, then phosphorus combines with lime and other elements within the soil and this leads to loss of effectiveness. When applied after seeding, it stays on the surface and the effect isn’t as great. Therefore, it has to be applied during planting or after planting for it to have the greatest effect. Recommended allocation is 10kg/ha.
Triple superphosphate fertilizer has got a lot of importance and this fact can actually be measured by the events that occur once it is absent. When not present, root development is weakened the growth remains stunted. The crop production drops incredible and the leaves of the plant deprived of this nutrition turn purple at the edges. For the crops like cotton and tobacco deprived of the fertilizer, the leaves turn to a color that is abnormal usually dark green. Potato tubers then develop some brown spots and so many other kinds of effects on different crops.
Triple superphosphate fertilizer has a composition that is slightly acidic.
The production of this fertilizer usually amounts to 5m tonnes every year and of this, 4m tonnes get traded all over the world. The production of this fertilizer is also only done in just a few countries and the largest exporters and producers are Egyptian, Bulgarian, Israeli, Moroccan, Tunisian and Chinese companies. The largest consumers are North West Europe, the US, Iran, Bangladesh and Brazil. International prices for DAP have been going up and therefore triple superphosphate consumption may go up manifold. It may even emerge as the most economical DAP substitute.
Triple superphosphate is also called double, concentrated superphosphate and treble and it is a fertilizer material that is very high in phosphorus.
Handling the fertilizers
It is of great importance for anyone using fertilizer to really understand how they can be affected negatively by poor storage, handling procedures as well as transport.
It is of utmost importance to know how to calculate the correct rates for different plants so as to do it right.
The fertilizers physical quality band the nutrients that it can provide to pants determines how suitable it is to be used. The content of nutrients and the chemical form as well as other factors which affect physical quality of fertilizers are beyond the user’s control. When proper handling and storage are not adhered to, the physical quality can greatly deteriorate and in turn, evenness, convenience and cost of the application may be affected. The loss also may impact the water quality and soil.
The fertilizer physical form is determined by its chemical characteristics as well as end use and the application method that is required. The producers that are not highly soluble have to be supplied in a form that is fine so as to make site that the dissolution happens rapidly and thereby be made available to plants.
Transporting triple superphosphate fertilizer needs to be done carefully and there are some general requirements that need to be adhered to.
Bulk carriers need to be used so as to ensure that no spillage occurs during transportation. This carrier need to be clean so as to ensure that there is no kind of contamination that occurs. The sheeting that is usually used for covering the product needs to be clean so as to avoid contamination.
The load should also be covered securely so as to make sure that no dust enters as it’s being transported and also to reduce any mind of moisture uptake.