Hydraulic Reservoir System Design

Through extensive hydraulic fluid analysis, Helgesen has developed multiple patented technologies to meet increasing market demand in hydraulic efficiency and performance, becoming the global leader in hydraulic fluid conditioning technology.

  • Reduction in Tank Cost
  • Improved Oil Life
  • Enhanced Filtration
  • Reduction of Tank Size up to 90%
  • Improved Hydraulic Efficiency
  • Remote Filter Placement
  • Reduction of Hydraulic Fluid
  • Rapid De-aeration

Kore-S Reservoir Design


ReGen Tank Design


Hydro Nucleation Reservoir Tank

140 Gallon

Non-Metallic Hydraulic Reservoir Tank

35 Gallon Non-Metallic

Nylon 6, polypropolene, aluminum, stainless, and carbon steel

HydroNucleation Disruptive Air Removal Technology

Disruptive air removal technology utilizing complete system fluid management

Molyzation Surface Treatment Cleaning

State of the art surface treatment Cleanliness

Fluid Management Technologies to Reduce SVP and TKE of Fluid

Proprietary technology to reduce splash volume percent (SVP) and turbulence kinetic energy (TKE) of fluid

Integrated Thermal Management to Optimize Fluid Usage

Increased utilization of available fluid

Product Validation and Testing

Capabilities to validate design and quantitatively analyze hydraulic fluid properties and performance:

  • CFD Simulation
  • FEA Simulation
  • Lab Simulation – multi-pump, variable flow rates, cylinder extension, variable grade
  • On Machine Testing – fluid condition, pressure, temperature, flow rate

Real-Time Data Acquisition for Hydraulic Testing

Real time data acquisition for hydraulic testing

Computation Fluid Dynamics (CFD) to predict turbulence, Sloshing and Fluid Path

Computation fluid dynamics (CFD) to predict turbulence, sloshing and fluid path

Reservoir Tank Slope Simulation Testing

Slope simulation testing system

Reservoir Tank Structural Engineering Testing

Complex structural engineering analysis utilizing finite element analysis (FEA)