The city of Richmond, Canada, selected customized technology to suit the area's unusual requirements.
Practice & Operations
Modern technology manages water consumption and maximizes efficiency.
Careful planning can save equipment from damage caused by unexpected events.
Understanding the equipment’s operation capabilities and how to calculate the required size is critical.
Understanding the equipment's operation capabilities and how to calculate the required size is critical.
The changing properties of wastewater and other fluids can cause unexpected pump performance.
A compressible design and stop-step feature enhance strength and minimize leakage.
Many positive displacement pumps deliver the same flow rate regardless of the static head.
The addition of a cardan joint helps resolve wear and failure and delivers improved angularity and smooth transmission of radial and axial loads.
Energy efficiency and minimal replacement parts make waste heat desalination a cost-effective solution to potable water making needs.
Heavy, salty pumped fluids can be sealed with a water and buffer system.
Many plants may have a fragmented view of the true factors at work in improving productivity.
North American pump manufacturers and specifiers can benefit from knowledge of European standards.
The improved design of some mag drive pumps make them an efficient and
low-maintenance alternative.
This technology is useful in applications where flow meter space is limited.
Visual management helps improve maintenance practices and remove human error from the lubrication process.
This pump type manages the temperature and viscosity challenges of handling this difficult product.