Is phosphoric acid the most widely used chemical? There are thousands of industrial chemicals. Some are used to make consumer goods, others to generate energy, and some even to produce other industrial chemicals. Which chemicals are most important for industrial production on a global scale? One of the most important of these chemicals is sulfuric acid. Sulfuric acid is the most common industrial chemical in the world. Its main application is in the production of phosphoric acid, which is the main material for the production of most chemical fertilizers.
Phosphoric acid itself is one of the ten most common chemicals in the industry.
In the world of industrial chemicals, phosphoric acid is one of the most versatile.
This substance is used in pharmaceutical industries, lubricants, water purification, oil and gas, cleaning, animal feed, coatings and construction, food and nutrition, agriculture, cosmetics, solvents, polymers, rubber, etc. has it.
About three-quarters of the phosphoric acid produced worldwide is used in the production of synthetic phosphate fertilizers.
Phosphoric acid has a central phosphorus atom surrounded by four oxygen atoms in a quadrilateral, and this unit, known as the phosphate ion, has minus three times. To complete the molecule, protons or H + ions are attached to three oxygen atoms.
Through its cycle in the environment and the body, this part of the central phosphate does not change much. When the acid is dissolved in water at a neutral pH, mainly the dihydrogen phosphate anion H 2 PO 4 – and the monohydrogen phosphate anion HPO 4 2 – move in solution. But when involved in various biological functions, it is usually in the form of a phosphate ion, without a hydrogen atom, and has three negatives.
So, what are these vital biological functions that make this molecule so important to us and to agriculture?
Along with calcium ions, our body returns to apatite and affects our skeletons and teeth. We may consider our bones to be calcium-based, but the truth is that, of the inorganic part, calcium is only 40% by weight and phosphate ions make up about 60%.
This tiny ion plays a vital role in both our energy system and our information system.
We all know about DNA today, but even if you know it stands for deoxyribonucleic acid, you may not be able to decipher the role of phosphate ions.
Because it is completely hidden. The “acid” in DNA is actually phosphoric acid, but it replaces two protons with two carbon atoms, and at physiological pH the third proton is destroyed. It is the backbone of DNA, which holds the long chain with covalent bonds, but does not transmit any genetic information. This is done by organic bases containing nitrogen, which are located inside the double helix.
The food grade phosphoric acid market is growing rapidly as many payers and government agencies strive to deliver the highest possible health outcomes at acceptable rates. Health economics is the study of the financial implications of health and health care with a focus on the costs of medical treatment.