Request Your Free Case Study Now:

"Hydraulic Reservoir Optimisation"

Improving Deaeration while Reducing Tank Size

Parker’s tank optimisation programme focuses on hydraulic reservoir design to save space, improve machine controllability and reduce total cost of ownership. With trends towards electrification of vehicles, corporate reduction of environmental  impact and cost reduction, tank optimisation  provides several benefits:

•  Reduction in air contamination
• Improved heat dissipation and flow streamlines
• Increased battery installation capacity
• Reduction in fuel consumption and emissions
• Improved machine efficiency
• Decreased oil consumption and disposal
• Reduction in manufacturing, maintenance and repair costs

Read how Parker was successful in improving hydraulic tank deaeration, increasing machine controllability and preventing system corrosion, using Computational Fluid Dynamics (CFD) to model a new tank design with a 71L smaller tank footprint, increased battery installation capacity and a 76% reduction in air contamination.

Read about all of the commercial and environmental performance benefits achieved in this case study.

Offered Free by: Parker Hannifin
See All Resources from: Parker Hannifin