Newhaven

The Newhaven Pit is situated within the Kunanalling district, Goldfields-Esperance Region, Western Australia — a semi-arid to arid landscape characterised by lateritic terrain, sparse vegetation, and extreme thermal amplitude. Annual rainfall averages below 300 mm, making water supply infrastructure a critical operational constraint. Bore-sourced or trucked water management protocols are non-negotiable for dust suppression, processing, and camp sustenance. Site accessibility relies on unsealed regional roads, demanding robust haul fleet maintenance schedules year-round.

BML Ventures Pty Ltd commenced operations at the Phillips Find Project — encompassing the Newhaven Pit — on 31 August 2024, classifying this asset as an early-stage operating mine. The B2B supply window is currently at its most acute: the operation requires local mechanical workshop support, mobile plant servicing, consumables supply chains, and earthworks contractors to prevent costly unplanned downtime. Vendors offering rapid-response field service within the Kalgoorlie–Coolgardie corridor hold a decisive competitive advantage at this lifecycle stage.

As an open pit gold operation, the Newhaven Pit likely employs conventional drill-and-blast followed by load-and-haul cycles feeding a primary crushing and milling circuit. Given the lateritic and saprolite gold mineralisation typical of the Kunanalling greenstone belt, processing may integrate:

• Carbon-in-Leach (CIL) or heap leach circuits depending on ore grade and oxide depth
• Primary jaw or gyratory crushing stages
• SAG/ball mill grinding to target liberation size
• Gravity concentration ahead of leach for coarse gold recovery

Reagent logistics — cyanide, lime, flocculants — require certified hazmat supply chains from Kalgoorlie.

As a junior operator, BML Ventures faces mounting pressure to align with ESG frameworks standard across Western Australian mining tenements. Key sustainability levers applicable to Newhaven include:

• Diesel displacement via hybrid solar-storage microgrids to reduce Scope 1 emissions
• Progressive rehabilitation bonding under DMIRS tenement conditions
• Water recycling loops within the process plant to minimise bore extraction
• Transition pathways toward light electric vehicles (LEVs) for site personnel movement

Early ESG integration reduces future compliance costs and strengthens offtake negotiation positioning.