LEGACY WASTE BIOMINING
How Legacy Waste Biomining Works
Site Assessment
A comprehensive assessment of the legacy waste site is conducted to understand the composition of materials, potential environmental risks, and the feasibility of biomining.
Mechanical Sorting
The initial phase involves mechanical sorting to segregate larger items such as plastics, glass, and metals. This reduces the overall volume of waste and facilitates more efficient processing.
Biological Treatment
Advanced biological treatment methods are employed to break down organic matter within the waste. Microorganisms are introduced to accelerate the decomposition process, converting organic waste into valuable byproducts.
Material Recovery
Specialized technologies, including separation and extraction processes, are utilized to recover valuable materials such as metals, plastics, and other recyclables from the waste stream.
Resource Extraction
Extracted materials are processed and repurposed for various applications. Metals can be recycled, plastics reprocessed, and organic matter converted into compost or bioenergy.
Land Remediation
The biomining process contributes to the remediation of the land, restoring ecological balance and reducing the environmental impact of legacy waste.