Ruthenium - uses

[admin]

Ruthenium is a rare, hard, and lustrous silvery-white transition metal belonging to the platinum group, with the symbol Ru and atomic number 44. It's known for its unreactivity with most chemicals and its unique electronic, catalytic, and magnetic properties. Ruthenium is a valuable component in various applications, including electronics, data storage, chemical catalysis, and emerging electrochemical energy systems. 
Key Properties and Characteristics:

• Durability:
  It's a hard and brittle metal, but also highly durable and resistant to wear and corrosion. 

• Catalytic Properties:
  Ruthenium is a highly effective catalyst, particularly in reactions involving the breaking and joining of double bonds in carbon atoms, as well as in various industrial chemical processes. 

• Electronic Properties:
  Ruthenium's ability to form stable nanostructures and conductive layers makes it essential in advanced memory devices and microelectronics. 

• Jewelry:
  Ruthenium's dark gray shine and hypoallergenic nature make it a popular choice for jewelry, often used as a plating material. 

• Reactivity:
  It's generally unreactive with air, water, and acids but can dissolve in molten alkalis. 

• Rarity:
  Ruthenium is one of the rarest metals on Earth. 

Common Uses:

• Catalysis: Used in various industrial chemical reactions, including the production of acetic acid, ammonia, and polynorbornene. 

• Electronics: Found in hard drives, memory devices, and microelectronic components. 

• Jewelry: Applied as a plating material to create a dark, lustrous finish on jewelry. 

• Alloys: Used as a hardening agent in alloys, especially for electrical contacts. 

• Emerging Energy Technologies: Plays a role in hydrogen evolution and next-generation battery materials. 

• Catalytic Converters: While not as widely used as other platinum group metals in catalytic converters, it still finds application in specialized catalytic systems. 

 Ruthenium uses The electronics industry uses ruthenium for chip components, hard disk drives and electrical contacts requiring high wear resistance. Ruthenium oxide-based ceramic paste is used in resistor components, which are present in almost every chip device, hybrid integrated circuitry and arrays. 

Computer hard disk drive memory using ruthenium as an underlayer to its platinum-containing storage layer has enabled data storage density to greater increase.  

Ruthenium is also widely used in electrochemical applications because of its wear resistance. Examples include:

• a coating on electrodes for chloro-alkali production
• electrocatalyst in gas diffusion electrodes (Ruthenium black)
• salt-water chlorination of swimming pools
• electrochemical treatment of shipping ballast water to kill invasive species
• often used in electrolysis with iridium.