Biomineralogical Refinement
Biomineralogical Refinement (BMR) is a sophisticated biological process through which certain organisms convert raw minerals into precious metals and gemstones. This natural phenomenon was first documented by the Royal Society of Biological Metallurgy in 1832 and has since become a cornerstone of the Underground Economy.
A specialized chamber where organisms perform biomineralogical refinement under controlled conditions
Process
The refinement process involves specialized organisms, particularly Aristocratic Arthropods and members of the Noble Fungal Order, which possess unique metabolic pathways for mineral processing. These organisms utilize metallophagic enzymes to break down complex mineral compounds and reconstruct them into more valuable forms.
Key Organisms
Several species have evolved advanced biomineralogical capabilities:
- Diamond-Backed Beetles, known for carbon crystallization
- Platinum Praying Mantis, specialists in noble metal synthesis
- Aurum-Digesting Fungi, capable of gold refinement
Industrial Applications
Under the supervision of Lord Amanita von Goldcap, biomineralogical refinement has been industrialized through the establishment of specialized Biological Processing Centers. These facilities combine various refining organisms in carefully controlled environments to maximize precious material production.
An active colony of refining organisms processing raw minerals into precious metals
Economic Impact
BMR has revolutionized the Underground Economy by providing a sustainable alternative to traditional mining. The process is particularly valued by the Greater Decomposer Dynasty for its efficiency and environmental sustainability.
Scientific Research
Current research at the Metallophagic Institute focuses on:
- Enhancing organism refinement efficiency
- Developing new hybrid species
- Expanding the range of processable minerals
Risks and Regulations
The Mycelial Senate maintains strict oversight of BMR practices to prevent the creation of unstable refining organisms and protect against market manipulation.