Water Stewardship

We apply the latest climate science, downscaled climate projections, and site-specific analyses to evaluate future climate impacts on mine landforms, water management systems, and closure performance. Our site-specific analyses help clients reduce uncertainty, manage long-term risks, and support responsible mine planning and closure.

Okane combines field investigations, monitoring programs, and advanced groundwater modelling to assess hydrogeological conditions that influence mine water management throughout the mining lifecycle. Our site-specific models and analyses help clients manage water-related risks, improve operational performance, and support successful closure outcomes.

Okane combines conceptual water system mapping with numerical modelling tools such as GoldSim to develop adaptable, well-documented water balance models tailored to project needs. Our models provide clear insights into water flows, storage, and system interactions, enabling clients to make informed decisions that improve water management planning and long-term site performance.

Okane develops pit lake water quality and water balance models that evaluate the long-term effects of climate, geochemistry, and groundwater-surface water interactions. We help clients understand risks, assess management strategies, and support the long-term performance of pit lakes after mining.

Okane develops fit-for-purpose water quality models that integrate mine planning, water balance, geochemistry, hydrogeology, and closure objectives into a single decision-making framework. Through scenario analysis and risk evaluation, we help clients understand long-term water quality performance, assess management alternatives, and align operational decisions with closure and post-mining land use objectives.

Okane helps clients plan and design practical surface water management strategies and infrastructure solutions that balance operational needs, environmental performance, and closure requirements. We support water management planning, water infrastructure design, and catchment-based planning to help clients manage water quantity, water quality, and erosion risks while improving long-term site performance.