Interesting facts
Interesting Facts about Nickel(II) Carbonate
Nickel(II) carbonate, often referred to as nickel carbonate or nickelous carbonate, is a fascinating compound that plays a significant role in various industrial applications and scientific research. Here are some noteworthy facts:
- Colorful Chemistry: Nickel compounds are well known for their vibrant colors. Nickel(II) carbonate can exhibit shades of green, which can be attributed to the presence of nickel in its +2 oxidation state. This property makes it intriguing for artists and jewelers alike.
- Key Precursor: Nickel(II) carbonate is an important precursor in the production of nickel oxide, which is a vital material in batteries, ceramics, and catalysts. The ability to convert nickel carbonate into other nickel compounds is crucial for industrial processes.
- Biological Interaction: Nickel is an essential trace element for some organisms. Research indicates that nickel can play a role in biological systems, though in excessive amounts it can be toxic. Nickel(II) carbonate is the subject of studies investigating its effects on plant growth and metabolism.
- Environmental Concerns: As with many heavy metals, nickel compounds can raise environmental concerns. Nickel(II) carbonate must be handled with care, as it may pose risks to humans and wildlife when released into ecosystems, highlighting the importance of responsible management in industrial practices.
- Applications Beyond Chemistry: Beyond its significance in chemistry, nickel(II) carbonate finds applications in catalysis, as well as in the manufacture of certain alloys and electroplating processes, showcasing its versatility in various fields.
In conclusion, nickel(II) carbonate is more than just a chemical compound; it is a gateway to understanding the complexities of nickel's role in both technology and the environment. Its vibrant hues, industrial importance, and potential ecological impacts make it an essential topic of study for both chemists and environmental scientists alike.
Synonyms
NICKEL CARBONATE
3333-67-3
Nickel(II) carbonate
Carbonic acid, nickel(2+) salt (1:1)
Nickel carbonate (NiCO3)
nickel(2+) carbonate
HSDB 1662
Carbonic acid, nickel salt (1:1)
EINECS 222-068-2
UNII-WM50SQU829
WM50SQU829
CI 77779
CI No. 77779
C.I. 77779
EINECS 240-408-8
16337-84-1
DTXSID3025708
nickel(2+) ion carbonate
Nickel(II) carbonate (1:1)
Nickel carbonic acid
Carbonic acid nickel salt
DTXCID105708
NICKEL CARBONATE (1:1)
Carbonic acid nickel salt (1:1)
Carbonic acid nickel(2+) salt (1:1)
CARBONIC ACID, NICKEL(2+) SALT
CARBONIC ACID, NICKEL (2+) SALT (1:1)
18195-55-6
222-068-2
240-408-8
682-145-5
682-834-0
39380-74-0
un3288
Nickelous carbonate
Nickel monocarbonate
nickel(2+);carbonate
Nickel (II) carbonate
Nickelcarbonate
Carbonic acid, nickel salt
Nickel(2+) carbonate (NiCO3)
MFCD00011144
Carbonic acid,nickel salt
SCHEMBL122180
Nickel(II) carbonate, anhydrous
Nickel(II) carbonate ACS Grade
AKOS015903622
NS00086999
Q417856
Nickel(II) carbonate, anhydrous, Trace metals grade
Solubility of Nickel(II) Carbonate
Nickel(II) carbonate, with the chemical formula NiCO3, exhibits specific solubility characteristics that are noteworthy in various contexts, especially in industrial and environmental applications.
Solubility Characteristics
When considering the solubility of NiCO3, several key points emerge:
In summary, while nickel(II) carbonate is primarily characterized by its low solubility in water, various conditions can influence its behavior in solution. Understanding these aspects is critical, especially when considering its applications and impact in natural and controlled environments.