Technical Articles » #GlobalIndustry

Practitioners who have had mine site experience know that the replacement of tailings pipeline is one of the most time-consuming, production-affecting and costly tasks in mine operation and maintenance. In order to control the budget, many project teams choose ordinary steel pipes or ordinary HDPE pipes at the beginning. After just a few years of operation, problems such as pipe wall wear, leakage and pipe explosion will frequently occur, which will directly lead to unplanned downtime and cause considerable economic losses. This problem is particularly prominent in lithium mine and rare earth mine projects. The tailings...

Most mine procurement and project teams make the same mistake when sourcing slurry transportation pipes: only comparing upfront purchase prices. It’s easy to pick cheap steel pipes at first glance, but few people calculate the long-term hidden costs that follow — tricky installation, constant maintenance, and costly unplanned production stops. Based on real bauxite mine site experience, we’ve put together a full lifecycle cost comparison between traditional steel pipe andComposite Slurry Pipe. We break down actual spending on materials, field installation, daily upkeep, and true project ROI, to explain why the professional Bauxite Slurry Pipe has...

In this paper, based on the actual hydraulic conditions of mine water conveyance site, the hydraulic operation differences among steel pipes, ordinary HDPE pipes and SRTP steel mesh skeleton pipes are compared and analyzed from five practical operation and maintenance pain points: pipe wall friction resistance, pipe deformation, interface pressure loss, water hammer tolerance and long-term scaling. This paper shows that SRTP pipeline relies on steel-plastic composite structure, taking into account the smoothness of water delivery and structural rigidity, with lower pressure loss and more stable operation, which is more suitable for high-pressure long-distance water delivery...