THE LONG GAME
CREATING A CIRCULAR ECONOMY
When creating sustainable models it is important to understand the cycles of the natural resources available and how they are used. This is achieved by remaining in balance with the environment, developing scientific research, assessing impact and knowing the needs of the locally present people.
ECO-FRIENDLY
BiOLOGICAL PROCESS
Low-impact eco-organic processing utilizes environmentally friendly agents—such as specific sodium-based compounds and other non-toxic reagents—to extract or process valuable materials in mining and natural resource projects.
These sodium-based reagents offer a controlled, efficient, and scalable solution for extracting metals such as gold and platinum group metals, while still aligning with clean technology and sustainable mining principles.
When addressing the need for Bio-remediation we will adopt biological methods, like bioleaching (using bacteria to extract metals from ores or tailings) and phytomining (using plants to absorb and recover metals from soil), which are known for their minimal environmental footprint, our approach primarily emphasizes the use of eco-sodium agents over living biological organisms.
VANGUARD MODEL
Bioremediation is a technique used to clean up contaminated soil or water, while assisting with the separation and extraction of the metals.
Bioleaching recovers metals from low-grade ores that would otherwise be too expensive to extract using traditional methods, creating value in opportunites.
Biological agents reduce the need for harsh chemicals and energy-intensive processes, which lowers the carbon footprint and the impact on the ecosystem.
FULL CYCLE PRODUCTION
The use of activated charcoal in refining precious and strategic metals has several benefits assisting to increase the purity and value of the final product.
Electrochemical refining uses electrolytic cells to selectively extract the metals from the impurities in the solution more energy-efficient and cost effective.
Green chemistry uses non-toxic chemicals in the refining process, such as green solvents and catalysts. It eliminates the use of hazardous chemicals.
HEAVY METAL REMOVAL
DE-CONTAMINATION
Reprocessing contaminated soils and waste from tailings sites that have been used with mercury in the process can be challenging, there are several technologies available for extracting the mercury from the soils and recovering the mineral content that is available from old contaminated sites, such as Bioremediation and Bioleaching, which creates a host of profitable business opportunities when high grades of minerals remain in the ore, with bio-processing and ultra fine grinding techniques we breakdown the molecular structure and access the metals.
STEP BY STEP APPROACH
SOURCE Projects
STUDY Impact
BUILD Process
DEVELOP Site
MONITOR Progress
CREATE Value
MONITORED VIA BLOCKCHAIN
Blockchain technology is transforming global supply chain management by increasing transparency, efficiency, sustainability, collaboration, and data analytics. We utilize dedicated Blockchain solutions to provide a robust certificate of origin by way of a cryptographic smart contract, highlighting the entire lifecycle of the resources and processes that it underwent, awarding a higher level of transparency through every step of the value chain.
