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Environmental Stewardship

Alluvial gravity separation — no cyanide, no chemical leaching. Progressive land rehabilitation and water management from the first day of operations.

Hydraulic mining channel at Bavidili site — water management and alluvial separation, Tshopo Province

Chemical processing

None

Gravity separation only

Water recycling

Active

Settling pond system

Rehabilitation planning

Day 1

Pre-operations baseline

Ecological monitoring

Ongoing

Per-site programs

Environmental Practices

Land Rehabilitation

Progressive restoration of mined areas through re-grading, soil replacement, and native vegetation replanting. Post-mining land use plans developed in consultation with local communities before operations commence.

Water Management

Comprehensive water management including sediment control ponds, water recycling, and channel management. No chemical processing agents used in alluvial gold recovery. Hydraulic mining water is recycled through settling ponds.

Biodiversity Protection

Baseline ecological surveys prior to site activation. Buffer zones maintained around sensitive habitats. Monitoring programs track environmental indicators throughout the mining lifecycle.

Waste Management

Systematic waste collection, segregation, and disposal. Equipment maintenance waste handled through certified channels. Zero-discharge policy for hazardous materials at all four concession sites.

BYM sluice operations — alluvial gravity separation, eastern DRC

Gravity separation · No chemicals · Alluvial recovery

BYM's alluvial gold mining operations have inherently lower environmental impact than hard-rock mining. No chemical leaching or cyanide processing is required. Our mechanical extraction and gravity separation methods minimize environmental disruption while maintaining high recovery rates.

Environmental management plans are developed before operations commence and are continuously updated based on monitoring results. The Tshopo corridor's natural water flow supports our hydraulic separation process with minimal external water draw.

Rehabilitation planning from inception — not afterthought