Shell Lubricants, one of the world’s leaders in lubricants technology and innovation, has added a state-of-the-art lubricant to its high quality Shell Tellus hydraulic oil range that could help increase the energy efficiency of hydraulic systems.
Shell Tellus EE, formulated in response to customers’ concerns over energy usage and associated costs, has been shown to help companies reduce the energy consumption of their hydraulic machinery by an average of 8 percent, while also providing exceptional equipment protection and the capability of extending oil maintenance intervals.
Shell Tellus EE is Shell Lubricants’ first synthetic hydraulic fluid that has been specifically designed to help improve the energy efficiency of the machinery in which it is used. The fluid contains a unique and patented additive technology, and has undergone extensive laboratory tests and field trials that have demonstrated its ability to help improve a machine’s energy efficiency. With hydraulics being at the core of many production processes, Shell Tellus EE has the potential to contribute to the goal of reducing an organization’s energy costs.
“Energy costs will continue to represent a significant part of an industrial organization’s operating overhead for the foreseeable future,” said Dennis Woodley, Shell Hydraulics Product Application Specialist. “As a result, investing in a hydraulic lubricant designed to both help improve the energy efficiency of the machinery in which it is used and reduce the maintenance costs makes good sense from a commercial perspective.”
While some companies focus on individual elements of a hydraulic system when designing their lubricants, Shell Lubricants has used sophisticated fluid mechanics modeling to understand the different sources of energy loss in the system as a whole. This information has then been used to help to develop a fluid with a balance of physical, and chemical properties that can help reduce energy loss throughout the system without compromising the protection and long equipment life expected by its users.