Creation of detailed 3D models to represent the site grading, ensuring optimized waste placement and drainage management.
Design of benching, stripping, and excavation processes to maintain stability and maximize waste stacking efficiency.
Conducting stability analyses to ensure safe excavation practices and long-term structural integrity of waste dumps.
Calculation of waste dump capacity to ensure the facility can accommodate projected volumes without compromising stability.
Detailed stability analysis to ensure waste is stacked safely, reducing the risk of slope failure and environmental impact.
Design of platforms and roads around the perimeter of the waste dump for easy access and safe operations throughout the project lifecycle.
Design of sediment traps to capture runoff and prevent sedimentation in nearby water bodies, ensuring environmental compliance.
Design of channels to manage surface water flow around the waste dump, preventing erosion and promoting safe drainage.
Design of chutes and dissipators to manage water flow and reduce erosion potential at critical discharge points.
Design of underdrain systems to capture and divert seepage, protecting both the waste dump stability and the surrounding environment.
Design of composite liners to minimize seepage and protect groundwater resources from contamination.
Design of anchor systems to secure liners in place, ensuring durability and performance under various loading conditions.
Development of systems to collect water from the top of the waste dump, managing surface water efficiently.
Design of sumps to store water collected from the overdrain system, preventing excess water buildup.