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Carbonates And Hydroxides Consultancy
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| Description | Raw materials | Reaction | Remarks | | Process I | Common salt, hydrated lime & other chemicals to recycle. | Chemical reaction via barium hydroxide route. Calcium chloride being the waste product | Energy efficient. | | Process II | Common salt, hydrated lime & a solvent to recycle. | Chemical reaction in a non aqueous media. Solvent is recycled by distillation. Calcium chloride is a byproduct. | Energy efficient. | | Process III | Common salt, sulfuric acid, recycling chemical and hydrated lime | Chemical reactions. HCl is the byproduct. | Energy efficient. |
| Finished Products | Raw Materials | Method of Reaction | Remarks | | Calcium hydroxide | Impure hydrated lime, recycling ammonia & barium hydroxide | Simple chemical reactions. | Produces from 75% lime to 95%. | | Precipitated calcium carbonate | Impure limestone powder, hydrochloric acid & recycling ammonia | Reaction of ammonium carbonate with calcium chloride to produce pure calcium carbonate | 99.9% precipitated calcium carbonate. Calcium chloride is a waste product |
| Sodium Carbonate | Sodium Feldspar, Carbon dioxide & a recycling chemical | Hydrothermal reactions | Production at very low prices | | Potassium Carbonate | Potassium feldspar, carbon dioxide & a recycling chemical | Hydrothermal route | Production at very low prices | | Sodium & Potassium Hydroxides | Sodium and potassium carbonate solutions produced above and hydrated lime | Suitable room temperature reactions. | Production at very low cost |
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Sulfates And Phosphates Consultancy
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| Finished Products | Raw Materials | Method of Reaction | Remarks | | Sulfide and bi-sulphate | Common salt, hydrated lime & sulphur dioxide gas. Ammonia is recycled. | Chemical reaction. | Economical. Calcium chloride is a waste product | | Sulfate and Bi-sulfate Process I. | Common salt sulphuric acid. | Chemical reaction. | HCl is a by product. No furnace is involved | | Sulfate and Bi-sulfate Process II. | Calcium chloride, Common Salt, sulphuric acid | Chemical reaction. | HCl and gypsum are by-products. No furnace is involved. |
| Finished Products | Raw Materials | Method of Processing | Remarks | | Double Super Phosphate | Rock phosphate, hydrochloric acid, limestone powder and sulphuric acid | Reactions. Yields waste Calcium chloride | Usage of low grade Rock phosphate and spent HCl. High value fertilizer (32%P2O5). | | Potassium sulfate | Sodium chloride, potassium chloride and sulfuric acid | Reactions. Sodium chloride is recycled. | HCl forms a byproduct | | Magnesium sulfate anhydrous and Sodium bicarbonate | Magnetise, sulfuric acid and caustic soda. | Reactions. Absorption of CO2 in caustic soda. | Highly economical | | Copper sulfate and zinc sulfate | Brass mud and sulfuric acid | Reactions | Economical. | | Schoenite(Potassium and magnesium sulfate complex salt) | Potassium chloride, sulfuric acid and magnetise | Reactions | Economical. |
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Fluorine Chemicals Consultancy
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| Products | Raw Materials | Method of Reaction | Remarks | | Aluminum fluoride, Ppt silica and ammonium fluoride. | HFSA, ammonia, and aluminum hydroxide. | Reactions via ammonium Cryolite | Economical and purer product than the other standard route | | Ammonium bifluoride & ppt silica. | HFSA and ammonia | Low temperature reaction, Heating the ammonium fluoride solution. | Economical | | Ammonium silico fluoride | HFSA and Ammonia | Reaction at room temperature and Vacuum evaporation | Economical | | Cryolite & Ppt. Silica. | HFSA, Alumina hydrate/chloride, hydrated lime recycling ammonia & Sodium chloride | Reactions | Economical. Calcium chloride is a waste product | | HF anhydrous | Sodium bi-fluoride is prepared from ammonium bi-fluoride and sodium fluoride, the former is from HFSA & ammonia. Sodium fluoride and ammonia are recycled. HFSA is consumed. | Heating and condensing | Economical, purer (almost free from P and SI) and low capital investment | | High purity flour spar and ppt silica.. | HFSA, hydrated lime, and recycling ammonia. | Reactions | HFSA (20%) is difficult to transport & hence this product. | | Potassium boron tetra fluoride | Ammonium fluoride solution, Boric acid, fuming sulfuric acid and potassium chloride | Reactions | Economical. Ammonium sulfate and boron trichloride are by products. | | Potassium fluoride, Ppt silica | HFSA, potassium hydroxide and hydrated lime. Ammonia is recycled. | Reactions | Economical |
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Zirconium Chemicals Consultancy
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Our company is committed towards rendering appropriate chemical consultancy services to our customers for achieving formulations for zirconium chemicals. This can be better understood from the following table:
| Finished Products | Raw Materials | Method of Reaction | Remarks | | Zirconium oxide | Zircon sand, caustic soda, hydrochloric acid and ammonia. | Fusing, dissolving in HCl and precipitating with ammonia and drying. | Economical. Ammonium chloride and sodium silicate are formed as byproducts. | | Zirconium stabilized with Cerium oxide and Yttrium oxide | Zircon sand, caustic soda, hydrochloric acid, cerium oxide or yttrium oxide and ammonia. | Same as above | Economical | | Zirconium oxychloride. | Zircon sand, caustic soda and HCl. | Fusing dissolving and crystallizing and drying. | Economical. Sodium silicate is the byproduct.. | | Zirconium sulfate | .Zircon sand, caustic soda, hydrochloric acid and sulfuric acid | Fusing, dissolving and replacing chloride with sulfate and drying. | Economical. | | Zirconium Carbonate | Zircon sand, caustic soda, hydrochloric acid and soda ash | Oxychloride is reacted with soda ash | Economical |
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