Barnie Barnard’s Post

There are two methods to make pumps last longer in abrasive mining operations: ✔ One is to harden internal metal components to survive longer than softer metals. ✔ The second way is to utilize rubber, which is softer. Sharp or abrasive minerals bounce off elastic rubber surfaces with little damage. Interested to learn more? Please read Todd's article on the subject.

In many cases, a #mining operation will deliver only 35% #mineral slurry but 65% water to a pressure filter to separate the two fractions. Don’t you agree that it would be wiser both in economic but also for sustainability and water scarcity, to increase solids content to 60% mineral slurry and 40% water? An increase to 60% solids will reduce the filtration retention time and increase filter performance, may help produce a dryer cake, and ultimately lead to more tonnage processed and a direct contribution to the bottom-line profitability of a mining operation. #Flowrox peristaltic pumps can produce up to 80 percent solids for the pressure filter, thus improving the mine’s overall profitability. Click to read the article written by Todd Loudin about the importance of advanced peristaltic pumps. https://lnkd.in/d2twjFW3 #Valmet #ValmetFlowControl #reliability #Pumps #Reliability

Water conservation in mining creates thicker, tougher tailings, posing handling challenges. Discover how next-gen knife gate valves tackle these issues by reducing erosion, extending service life, and minimizing leakage. ➡️ Read the full article: https://ow.ly/VuF630sF79y #Emerson #Clarkson #Isolation #mining #tailings #waterconservation #valvetechnology

Water conservation in mining creates thicker, tougher tailings, posing handling challenges. Discover how next-gen knife gate valves tackle these issues by reducing erosion, extending service life, and minimizing leakage. ➡️ Read the full article: https://ow.ly/K1qI30sFx3y #Emerson #Clarkson #Isolation #mining #tailings #waterconservation #valvetechnology

Water conservation in mining creates thicker, tougher tailings, posing handling challenges. Discover how next-gen knife gate valves tackle these issues by reducing erosion, extending service life, and minimizing leakage. ➡️ Read the full article: https://ow.ly/bN2X30sF8S3 #Emerson #Clarkson #Isolation #mining #tailings #waterconservation #valvetechnology

Water conservation in mining creates thicker, tougher tailings, posing handling challenges. Discover how next-gen knife gate valves tackle these issues by reducing erosion, extending service life, and minimizing leakage. ➡️ Read the full article: https://ow.ly/luug30sF6Tp #Emerson #Clarkson #Isolation #mining #tailings #waterconservation #valvetechnology

Water conservation in mining creates thicker, tougher tailings, posing handling challenges. Discover how next-gen knife gate valves tackle these issues by reducing erosion, extending service life, and minimizing leakage. ➡️ Read the full article: https://ow.ly/N1Gx30sFgbC #Emerson #Clarkson #Isolation #mining #tailings #waterconservation #valvetechnology

Water conservation in mining creates thicker, tougher tailings, posing handling challenges. Discover how next-gen knife gate valves tackle these issues by reducing erosion, extending service life, and minimizing leakage. ➡️ Read the full article: https://ow.ly/60Ao30sF6Tg #Emerson #Clarkson #Isolation #mining #tailings #waterconservation #valvetechnology

Water conservation in mining creates thicker, tougher tailings, posing handling challenges. Discover how next-gen knife gate valves tackle these issues by reducing erosion, extending service life, and minimizing leakage. ➡️ Read the full article: https://ow.ly/kCng30sF7ch #Emerson #Clarkson #Isolation #mining #tailings #waterconservation #valvetechnology