The technology of producing urea (prilled) fertilizer and others products of Ca Mau Fertilizer plant?

The technology applied to Ca Mau Fertilizer Plant is the most advanced and modern technology nowadays, including:

  • Technology of Ammonia production of Haldor Topsoe SA - Denmark
  • Urea production technology of SAIPEM - Italy
  • Granulation technology of Toyo Engineering Corp. - Japan.
  • Most of the main and important devices come from EU / G7. The standards applied for the plant are international standards (ASME, API, JIS ...) and compulsory standards for environment and safety, fire protection of Vietnam is similar to Phu My Fertilizer Plant.

1. Technology Ammonia Synthesis:

  • The technology at the Ca Mau Fertilizer Plant project is the technology of Haldor Topsoe A / S because it has been confirmed through the superiority of the technology equipment clusters:
  • Reforming Clusters: optimally designed to maximize the use of heat input and recover the excess heat in the flue gas stream. The operation mode of the device is strictly controlled, ensuring safe operation with high and stable performance.
  • The CO2 separator uses BASF's technology with MDEA solution with high separation efficiency, low energy consumption and less harm for the environment.
  • Ammonia synthetic tower’s design is constantly improving to ensure that the device operates in strict conditions with high reliability and large NH3 product performance.
  • The refrigeration cycle using ammonia itself as a refrigerant is well developed and efficient.
  • The catalysts provided by this copyright owner are highly productive and stable.
  • Haldor Topsoe A / S is a trustful copyright owner for Ammonia production whose production technology is always updated and improved. This has been applied to new categories such as with the CMFP shown in the burning system, the safety control logic system, the layout of heat-resistant concrete layer, and the generation of ammonia synthesis equipment.
  • Haldor-Topsoe technology copyright is over appreciated around the world because of its low energy consumption technology, high performance. In addition, the technical support is always on time and caring.

2. Technology of Urea Collecting with Copyright:

  • Ca Mau Fertilizer Plant uses Snamprogetti's advanced technology which is efficient and safe in producing. Snamp keeps continuing to improve the automation and safety in high pressure technology and explosive environment. This is clearly shown in the CMFP project by replacement of automatic valves for handy valves, online gas analysis system for adjustment.
  • Snamprogetti's Urea synthesis technology uses NH3 to dissociate itself on the basis of fully recirculated evaporation. Snamprogetti's Urea synthesis technology has been successfully transferred to Phu My Fertilizer Plant and is now appreciated and operated by the operation team.

3. Technology of granulating with Copyright:

  • Ca Mau Fertilizer Plant uses granulation technology of Toyo Engineering Corp. (TEC), is one of the most professional suppliers of urea granules. TEC owns a granulation technology called "Spout-Fluid Bed Granulation" which has been developed and successfully operated with a high-capacity protein granulating factory. Currently, TEC has designed pellet workshops with a capacity of 3250 MTPD.
  • TEC's granulation technology produces a variety of grain products of different sizes going along with each purpose such as filling, aerial spraying for forests ... or market requirements by changing the size of the floor hole. 
  • The granulating system can operate continuously without cleaning for about 4 or 6 weeks, without affecting the protein production process because the nitrogen solution is stored in the tank of liquid nitrogen solution.
  • Based on the applicable factories and scientific studies, TEC has promoted the improvement of the dust filter design to collect dust and reduce installation costs better. Nitrogen dust in the emission air almost barely exist.
Does Urea prilled fertilizer do any harm to human’s health?
Urea prilled fertilizer is not dangerous when inhaled under normal conditions; mild irritant to eyes.
To be a distributor of Ca Mau Fertilizer products, where can I contact?

ly, PetroVietnam Ca Mau Fertilizer Joint Stock Company (PVCFC) has assigned the Marketplace Department as the main department to organize the business and distribution of Ca Mau Fertilizer products. Please contact us with the following information:

Communication and Business Department - PVCFC:

  • Address: Block D, Industrial Area Ward 01, Ngo Quyen Street, Ward 1, Ca Mau City, Ca Mau Province.
  • Phone: 07803. 819 000
  • Email: contact@pvcfc.com.vn
  • Fax: 07803. 590 501
  • Hotline: 0780.3536999
What are the main ingredients in nitrogen fertilizer?
- Nitrogen: 46,3%
- Moisture: 0,5%
- Biuret: 0,99% (biuret does harm for the plants; according to TCVN 2619 - 1994 Biuret doesn’t allowed to be over 1,5% in urea).

How is the condition of transporting?
- Flooring barges, cars: Clean, dry and covered from sunlight, rain.
- Do not use hooks to unload products.
Which are the significant features of Ca Mau Fertilizer?

- Slow to dissolve, prevent nitrogen loss, and help plants to absorb nutrients better.

- Large, round seeds, high stiffness, dust limited.

- Low moisture, anti-clumping, suitable for mixing with NPK

- The amount of white crystalline substance (biuret) is very low.

What are the outcomes of the excess and lack of nitrogen, phosphorus and potassium fertilizers on coffee?

Fertilizing crops that are deficient or in excess of nitrogen, phosphorus and potassium are not good. These three elements all play important role in plants and therefore their deficiency or excess cause disorders or imbalances in the whole process of assimilation and catabolism of plants, including coffee. . 

- Protein is one of the most important elements to create life for plants. Protein exists in the composition of all simple and complex proteins, which is the main component of plant cell membranes, involved in the composition of Nucleic acid (i.e. DNA and RNA), which is extremely important in physical exchange of plant organs. Protein is also present in the composition of chlorophyll, without which plants are unable to photosynthesize, in Alcaloid compounds, phecmen and in many other important matter of plant cells.    

- Lack of protein shows stunted growth, the whole leaves turn yellow. Lacking of nitrogen means lacking of basic material to form cells, so that the ability to grow is stagnated, the physiological and biochemical processes in the tree are also stopped, chlorophyll is less formed and leaves turn yellow. However, applying too much nitrogen also does do the plants any good. Excess nitrogen will prevent the plant from converting into organic form, accumulating many forms of inorganic nitrogen that are toxic to the plant. Excess nitrogen will cause the plants to grow excessively, causing carbon flakes. Carbon compounds have to mobilize a lot for the detoxification of nitrogen, so they cannot form "fiber", thus weakening the trees and forming fruit processes is slower or even reduced for harvesting etc.    

- Phosphorus is also important like protein. No living cells can survive without phosphorus. Nucleoproteid is an essential genetic material in the cell nucleus which is indispensable for phosphorus. Nucleoproteid is a compound of protein and nucleic acid whose nucleic acid contains phosphorus. Nucleic acid is a polymeric compound that acts as a colloid. AND and RNA are the two existing forms of nucleic acid. The structure of these two substances is extremely complex and plays the role of "reproducing biological characteristics" for the next life. In the composition of nucleic acid Phosphorus accounts for about 20% (Refers to P2O5) and nucleic acid exists in every cell and in all tissues and parts of the plant. Phosphorus is also present in the composition of many other plant matter such as phitin, lexitin, saccarophosphate etc. These substances play an important role in plants in general, including coffee.    

Signs of phosphorus deficiency (phosphorus) are the old leaves with bloody (purple) patches. Lacking of phosphorus, the synthesis of protein is delayed and saccaro accumulation occurs simultaneously. The shortage of unicorn leaves is smaller and the leaf plates are narrow and tend to stand up. When the leaves have not turned purple, the leaves color is darker when compared to plants with enough phosphorus. The plant grows slowly and the ripening process is also prolonged when lacking of phosphorus. However, excess phosphorus makes the absorbing phosphorus process worse, because in this case a lot of phosphorus is inorganic form, especially in the growing parts. Excess phosphorus leads to the fact that plants to ripen too early, unable to accumulate a high-yield crop. 

- Potassium is a very flexible element and exists in plants in the form of ions. Especially, potassium is not in the composition of organic substances in plants. Potassium exists primarily in plasma cells and vacuoles and is completely absent in the cell nucleus. Most of the potassium in plant cells (80%) exists in cell fluid, only about 20% exists in the form of adsorbent exchange with colloidal plasma and vacuoles. Although potassium is not directly involved in the physical structure of the cell, potassium plays an important role in stabilizing these structures and assisting in the formation of energy-rich structures such as ATP in photosynthesis and phosphorilization. Potassium firstly affects the hydration of the colloidal structures of the plasma, improving their dispersing capacity thereby helping the plant retain water well, increasing the ability to resist drought. Potato flour and saccaro sugar in sugar beets and simple sugars in many different fruits and vegetables. Potassium strengthens the anti-coldness and the endurance during winter through its ability to increase the osmotic force of the juice cell. Potassium also helps plants increase resistance to fungal and bacterial diseases. Potassium helps plants to enhance the ability to synthesize high-carbon carbohydrate compounds such as cellulo, hemicellulo, peptide compounds etc. Thereby making the plants hardy, anti-shed well. Kaligi helps plants enhance the synthesis and accumulation of vitamins, which play an important role in plant life. Potassium deficiency causes an adverse effect on the metabolism of plants. Lack of potassium will weaken the activity of a range of enzymes, destroy the metabolism of carbon compounds and proteins in plants, increase sugar costs for respiration, cause grain loss, reduce the rate of Seed germination and vitality lead to a negative effect on the quantity and quality of the crop.    

The symptoms of potassium deficiency can be seen as: Old leaves become yellow early and start from leaf cover then leaf and leaf tip have yellow or silver spots, leaf cover is destroyed and ruined, sometimes torn. Potassium deficiency slows down the biochemical processes, worsening virtually all aspects of the metabolism. Lack of potassium will slow down the process of cell division, growth and elongation of cells. Potassium deficiency also reduces photosynthetic productivity and directly leads to a decrease in crop yields. In contrast, the excess of potassium is also not good for plants. Redundancy at low levels causes ionic antagonism, preventing plants from fully absorbing other nutrients such as magnesium, natri, etc., meanwhile excess at high levels can increase the osmotic pressure of the soil environment, preventing the water uptake and nutrition in general, adversely affecting crop yields. 

The technology of producing urea (prilled) fertilizer and others products of Ca Mau Fertilizer plant?

The technology applied to Ca Mau Fertilizer Plant is the most advanced and modern technology nowadays, including:

  • Technology of Ammonia production of Haldor Topsoe SA - Denmark
  • Urea production technology of SAIPEM - Italy
  • Granulation technology of Toyo Engineering Corp. - Japan.
  • Most of the main and important devices come from EU / G7. The standards applied for the plant are international standards (ASME, API, JIS ...) and compulsory standards for environment and safety, fire protection of Vietnam is similar to Phu My Fertilizer Plant.

1. Technology Ammonia Synthesis:

  • The technology at the Ca Mau Fertilizer Plant project is the technology of Haldor Topsoe A / S because it has been confirmed through the superiority of the technology equipment clusters:
  • Reforming Clusters: optimally designed to maximize the use of heat input and recover the excess heat in the flue gas stream. The operation mode of the device is strictly controlled, ensuring safe operation with high and stable performance.
  • The CO2 separator uses BASF's technology with MDEA solution with high separation efficiency, low energy consumption and less harm for the environment.
  • Ammonia synthetic tower’s design is constantly improving to ensure that the device operates in strict conditions with high reliability and large NH3 product performance.
  • The refrigeration cycle using ammonia itself as a refrigerant is well developed and efficient.
  • The catalysts provided by this copyright owner are highly productive and stable.
  • Haldor Topsoe A / S is a trustful copyright owner for Ammonia production whose production technology is always updated and improved. This has been applied to new categories such as with the CMFP shown in the burning system, the safety control logic system, the layout of heat-resistant concrete layer, and the generation of ammonia synthesis equipment.
  • Haldor-Topsoe technology copyright is over appreciated around the world because of its low energy consumption technology, high performance. In addition, the technical support is always on time and caring.

2. Technology of Urea Collecting with Copyright:

  • Ca Mau Fertilizer Plant uses Snamprogetti's advanced technology which is efficient and safe in producing. Snamp keeps continuing to improve the automation and safety in high pressure technology and explosive environment. This is clearly shown in the CMFP project by replacement of automatic valves for handy valves, online gas analysis system for adjustment.
  • Snamprogetti's Urea synthesis technology uses NH3 to dissociate itself on the basis of fully recirculated evaporation. Snamprogetti's Urea synthesis technology has been successfully transferred to Phu My Fertilizer Plant and is now appreciated and operated by the operation team.

3. Technology of granulating with Copyright:

  • Ca Mau Fertilizer Plant uses granulation technology of Toyo Engineering Corp. (TEC), is one of the most professional suppliers of urea granules. TEC owns a granulation technology called "Spout-Fluid Bed Granulation" which has been developed and successfully operated with a high-capacity protein granulating factory. Currently, TEC has designed pellet workshops with a capacity of 3250 MTPD.
  • TEC's granulation technology produces a variety of grain products of different sizes going along with each purpose such as filling, aerial spraying for forests ... or market requirements by changing the size of the floor hole. 
  • The granulating system can operate continuously without cleaning for about 4 or 6 weeks, without affecting the protein production process because the nitrogen solution is stored in the tank of liquid nitrogen solution.
  • Based on the applicable factories and scientific studies, TEC has promoted the improvement of the dust filter design to collect dust and reduce installation costs better. Nitrogen dust in the emission air almost barely exist.
To be a distributor of Ca Mau Fertilizer products, where can I contact?

ly, PetroVietnam Ca Mau Fertilizer Joint Stock Company (PVCFC) has assigned the Marketplace Department as the main department to organize the business and distribution of Ca Mau Fertilizer products. Please contact us with the following information:

Communication and Business Department - PVCFC:

  • Address: Block D, Industrial Area Ward 01, Ngo Quyen Street, Ward 1, Ca Mau City, Ca Mau Province.
  • Phone: 07803. 819 000
  • Email: contact@pvcfc.com.vn
  • Fax: 07803. 590 501
  • Hotline: 0780.3536999
Does Urea prilled fertilizer do any harm to human’s health?
Urea prilled fertilizer is not dangerous when inhaled under normal conditions; mild irritant to eyes.
What are the main ingredients in nitrogen fertilizer?
- Nitrogen: 46,3%
- Moisture: 0,5%
- Biuret: 0,99% (biuret does harm for the plants; according to TCVN 2619 - 1994 Biuret doesn’t allowed to be over 1,5% in urea).
Please contact us for advice
 19008696
contact@pvcfc.com.vn

Contact Information

Petrovietnam Camau Fertilizer Joint Stock Company

Lot D, Ward 1 Industrial Park, Ngo Quyen Street, Ward 1, Ca Mau City
Tel: 0290.381.9000 Fax: 0290.359.0501
Email: info@pvcfc.com.vn

HO CHI MINH OFFICE

 

Floor 18, Petroland Tower, No. 12 Tan Trao St., District 7, HCMC.
Tel: 028.5417.0555
Fax: 028.5417.0550
Email: info@pvcfc.com.vn