Triple Super phosphate
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- Triple superphosphate,
also known as double, treble, or concentrated superphosphate, is a
fertilizer material with a phosphorus content of over 40 percent,
measured as phosphorus pentoxide (P2O5).
- Triple Superphosphate
is a high analysis product of the reaction between phosphate rock
and phosphoric acid, containing 45 - 48% available phosphate (AP).
- Triple superphosphate
plants are more capitalintensive but with a more concentrated
product these plants can service a greater area.
- Two processes have
been used to produce triple superphosphate: run-of-the-pile (ROP-TSP)
and granular (GTSP).
- The production of
triple superphosphate in a den is similar to that for the production
of single superphosphate. The same equipment is used as for single
superphosphate production.
- TSP is made by
reacting wet-process phosphoric acid with phosphate rock. Typically
it contains 46% P2O5. TSP is produced in granular and non-granular
form and is used both in fertilizer blends (with potassium and
nitrogen fertilizers) and by itself.
- TSP production amounts
to around 5m. tonnes a year, of which around 4m. tonnes are traded
internationally. It is produced in about 10 countries. The largest
producers and exporters are Chinese, Tunisian, Moroccan, Israeli,
Bulgarian and Egyptian companies. The main consuming countries are
Brazil, Bangladesh, Iran the US and northwest Europe.
- Increasing prices of
natural gas and raw materials used for the manufacture of
fertilizers have contributed to the increase in the prices of
finished fertilizer products.
- World TSP production
is concentrated in the developing world. Africa, Socialist Asia, the
Middle East, and Central and South America are the primary
producers, together accounting for about 81% of world production in
2009.
- The outlook for the
fertilizer market through 2014 is for a growing agricultural market.
After farmers reduced applications of P and K fertilizers in the
last two fertilizer seasons, P fertilizer demand is expected to grow
substantially in the next few years.
- The demand for
fertilizer depends on the price of the crop, the price of
fertilizer, prices of other inputs that substitute for or complement
fertilizer, and the parameters of the fertilizer production
function.
- Application of Triple
superphosphate fertilizer consistently increased bean yields. Use of
Triple superphosphate fertilizer and Rhizobium inoculants is
recommended in bean production
- Localized application
of triple superphosphate to soils with high maximum phosphate
adsorption capacity provides a way of reducing contact between the
phosphate fertilizer and the soil, thus reducing P adsorption,
allowing the fertilizer to have a more prolonged residual effect.
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Introduction
- Phosphorus
Factsheet
- Triple
Superphosphate
- Triple Superphosphate
- intro
Products
- Triple Superphosphate
0-45-0
- Triple
Superphosphate
- Hi Yield
Superphosphate
- Non-granular TSP
- TSP - Product Info
- Triple Superphosphate
0-46-0
MSDS
- Granular
TripleSuperphosphate
- Calcium Phosphate
Monobasic
- Hi-Yield Triple
Superphosphate
- Lange-Stegmann
Fertilizer Granular Triple Super Phosphate
- Inorganic salt of
calcium and phosphate
- Superphosphate,
concentrated
- Triple Superphosphate
- MSDS
Patents
- Method of making
granular triple superphosphate fertilizer
- Method and an
installation for producing granulated triple superphosphate (TSP)
- Direct granulation
process for triple superphosphate
- Manufacture of triple
superphosphate
- Process for producing
granular triple superphosphate
- Process for
manufacture of triple superphosphate
- Process for the
preparation of Single and Triple Superphosphate Fertilizers using
Alkylation spent acid sludges
Production
Process
- Phosphate Fertilizers
- Background Report
-
Determination of the optimum conditions
-
Inspection Manual
-
The Manufacture of Sulphuric Acid and Superphosphate
-
TSP Manufacturing Process
-
Production of Fertilizers
Application
-
Effects of Commercial Rhizobium Strain Inoculants and Triple
Superphosphate Fertilizer on Yield of new dry bean lines in central
Kenya
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Ratio and Rate Effects of P - Triple Superphosphate and Phosphate
Rock Mixtures on Corn Growth
-
Gafsa Rock Phosphate and Triple Superphosphate for dry Matter
Production and P Uptake by Corn
- Effect of
phosphate rock and triple superphosphate
- Phosphate fixation and
the response of maize to fertilizer phosphate in Kenyan soils
- Evaluation of
phosphorus fertilizer rates for maize and sources for cowpea
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Suppliers
- TSP Suppliers
- Suppliers of TSP
- Selling Leads
- Indian Suppliers
Turnkey
Providers
- Company from Mumbai
- Company from Houston
- Company from Sri Lanka
- Company from Pune
- Another Company from
Mumbai
Project and
Plant Details
- Abu- Zaabal Company
for Fertilizers And Chemical Industries
-
Fertiliser production in East Africa holds promise
-
Growth of Tunisian - Phosphate Sector
-
New water network to
decrease waste and pollution
- Plant Details
Company
Profiles
- Company from New South
Wales
- Company from Ukraine
- Company from Dhaka
- Company from
Udaipur
- Company from New York
- Company from New
Jersey
- Company from Xingtai
City
- Company from South
Korea
- Company from United
Kingdom
- Company from Missouri
- Company from Idaho
- Company Profile
Consultant
- Consultant from Delhi
- Consultant from
Florida
- Consultant from
Colorado
- Consultant from London
Market
- The Australian
fertilizer industry
- Factors Affecting
Demand for Fertilizer
- Phosphoric Acid and
Phosphatic Fertilizer
- Phosphate Rock
- Triple
Superphosphate
Report
- Triple superphosphate
placement affects early growth of chickpea
- Standards of
Performance for the Phosphate Fertilizer Industry
- Phosphate Fertilizer
Production Technology
- Rajasthan Chemical
Projects
-
The Hidden Truth About Commercial Phosphate Fertilizers
-
Environmental, Health and
Safety Guidelines
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