With mounting pressure on mine operators to reduce their environmental impact, many sites are re-examining their circuits to find improvement opportunities as they push to achieve net-zero status. There are several focus areas that tend to receive the most attention, such as looking for efficiency gains in energy-intense grinding operations or searching for ways to save water consumption across the dewatering process stages.
However, there is one overlooked area that is often hidden in plain sight. At every stage of the mineral processing circuit, equipment and components are subject to high rates of wear and tear, resulting in tons of metal, rubber and other worn machines and parts sent to landfills. Replacing equipment and components also involves high levels of carbon emissions from the manufacturing process coupled with fuel costs from transport. It is worth exploring ways to extend the lifespan of assets, which can have a tremendous impact over time.
Crushers, conveyors and mills are integral to mining operations but are all subject to the abrasiveness of the ore. Looking for things ‘hiding in plain sight’ such as identifying practical ways to extend the lifespan of equipment and the associated wear and spare parts to reduce waste, not only contributes positively to the environment but also to your bottom line. The use of durable materials and cutting-edge technologies can ensure that parts and equipment last longer and need less frequent replacement — keeping them out of landfills and reducing your maintenance costs. By enhancing performance and reliability, these wear parts and systems support a more sustainable and eco-friendly approach, all while integrating advancements into everyday use. Here are some ways to integrate these features into your operations.
Optimizing wear and spare parts
Caring for your crusher with long-lasting wear parts and value-adding upgrades provides a great opportunity in protecting your equipment, reducing downtime and contributing to more sustainable operations. High-quality protective wear parts can support safeguarding your crusher and synchronizing maintenance cycles. Specially engineered protectives provide added benefits. For example, Metso Poly-Cer protective wears offer up to three times the wear life and reduce the need for ‘quick-fix’ solutions – lessening material waste.
When considering a crusher working wears, maximum life solutions such as MX for cones offers up to double the wear life. Deeper optimization services of wear parts help you develop your crushing process and identify improvements, such as through chamber alloy selection and customization of profiles. Optimizing the crusher chamber can contribute to higher production rates, crushing efficiency, and reduced downtime.
Upgrades can also contribute to a longer lifespan for crushing equipment. The Metso Xtreme forged head, for example, offers unparalleled durability and resilience. Created from a single forged block of steel, this head is engineered to withstand the most demanding crushing applications, lasting up to three times longer than standard cast heads.
This enhanced durability means fewer replacements and less frequent maintenance, which not only reduces operational downtime but also minimizes the need for spare parts. Consequently, this leads to a reduction in waste generated from mining operations, aligning with sustainability goals. By maximizing productivity and minimizing waste, the Xtreme forged head provides a robust solution for efficient and eco-friendly crushing operations.